Azumuta and Autodesk Fusion Operations both promise modern Manufacturing Execution, yet they hit that goal on very different timelines. Azumuta unifies Digital Work Instructions, Quality Management, Audits & Digital Checklists, Skills Matrix & Training, plus live Dashboards in a single no-code SaaS that frontline teams master in hours and you deploy across lines in weeks.
Fusion Operations (formerly Prodsmart) delivers cloud OEE, traceability, and scheduling modules inside Autodesk’s wider Fusion ecosystem—powerful for CAD-to-shop-floor continuity, but full value often arrives only after multi-tool setup and ERP connectors.
Both raise performance, yet Azumuta’s all-in-one suite gives manufacturers a faster, lower-overhead path to standardising processes and data right at the line.
--- ## Azumuta vs Critical Manufacturing: Which MES Fits Your Factory? Source: https://www.azumuta.com/comparison/azumuta-vs-critical-manufacturing/
Azumuta gives you digital work instructions, inline quality and core MES dashboards in weeks—no code, no armies of integrators. Beyond work instructions, Azumuta delivers core MES functionality – real-time production monitoring, traceability and shop-floor analytics – in a single, operator-friendly platform. Thanks to its out-of-the-box features and templates, it minimizes setup time and enhances communication and efficiency. Azumuta’s pre-configured modules: Work Instructions, Quality Assurance, Audits & Checklists, Skills Matrix & Training, and Dashboards & Reports are designed for seamless integration between them. This approach makes it ideal for manufacturers looking to consolidate solutions across the shop floor.
Critical Manufacturing MES is renowned for deep configurability, digital-twin visualisation and Industry 4.0 modules. But that flexibility often means lengthy, consultancy-heavy roll-outs.
--- ## Azumuta vs Dozuki: Which One is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-dozuki/Azumuta, the connected workforce platform, offers manufacturers a streamlined solution with pre-designed features and templates to simplify operations. By reducing setup time and improving communication, it promotes efficiency across the board. Its pre-built modules—ranging from Work Instructions and Quality Management to Audits, Skills Training, and Reporting Dashboards—are crafted for effortless integration. This makes it a go-to choice for manufacturers aiming to unify shop floor processes.
Dozuki is a connected worker platform for creating and managing work instructions and training materials. It provides tools for standardization but relies on user input and manual configuration to build documentation.
--- ## Azumuta vs GE Vernova: Which One Is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-ge-vernova/
Azumuta and GE Vernova’s Proficy Smart Factory MES both promise to digitise shop-floor execution—but they take very different roads to that goal. Azumuta unifies digital work instructions, inline quality checks, skills tracking, audits, and live OEE dashboards in a single, no-code SaaS platform that frontline teams can learn in hours and you can deploy plant-wide in a matter of weeks. Engineers tweak processes—rather than wiring up screens—so ROI shows up faster and change-management friction stays low.
Proficy, by contrast, is built for heavy enterprise needs: a best-in-class data historian, rich digital-twin analytics, and a deep IIoT connector library. Those capabilities shine in complex, multi-site environments—but they usually arrive through multi-month, integrator-led projects and layered licence bundles.
If you need quick time-to-value and an operator-first UI that marries instructions, quality, and traceability out-of-the-box, Azumuta delivers roughly 80 % of Proficy’s power in 20 % of the time, without the enterprise price tag.
--- ## Azumuta vs iBASEt: Which One Is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-ibaset/
Azumuta puts fast, no-code digital work instructions and quality processes directly in the hands of your operators, so you can eradicate paper, shorten changeover times, and roll out improvements in days rather than quarters.
By contrast, iBASEt’s Solumina® suite is engineered for massive, engineer-to-order programs in aerospace and defense, delivering deep functionality but typically demanding lengthy deployments, heavy IT lift and significant up-front investment.
If you’re a high-mix, discrete manufacturer that needs to launch a new product next week, not next fiscal year, Azumuta’s cloud-native platform, drag-and-drop editor, and AI feature give you immediate control with zero coding and automatic updates. You still get full traceability, shop-floor analytics and ERP integration, yet without the complex customization cycles standard to legacy MES vendors.
Discover how Azumuta accelerates time-to-value while keeping your team agile, and decide whether iBASEt’s enterprise approach is worth the wait for your goals.
--- ## Azumuta vs Operations1: Which One is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-operations1/Azumuta, a connected workforce platform, provides manufacturers with a simplified approach to managing operations through ready-to-use features and templates. It minimizes setup time and enhances communication, driving efficiency throughout the organization. With modules like Digital Work Instructions, Quality Assurance, Audits, Skills Development, and Dashboards & Reports, the platform ensures seamless integration. This makes it an ideal choice for manufacturers looking to centralize and streamline shop floor processes.
Operations1, a connected worker platform, offers solutions for managing work instructions, checklists, and maintenance processes, focusing on process standardization.
--- ## Azumuta vs Poka: Which One is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-poka/Azumuta is a connected workforce platform offering an all-in-one solution. Its ready-to-use features and templates simplify implementation, improving both communication and efficiency. With pre-built modules including Digital Work Instructions, Quality Assurance, Audits & Checklists, Skills Matrix & Training, and Dashboards & Reports, the platform ensures smooth integration across all functionalities. This makes it a strong choice for manufacturers seeking to unify shop floor processes in a single system.
Poka is a cloud-based platform that provides users with tools for managing digital content, communication, and skills. It is designed to help users share knowledge and collaborate in manufacturing environments.
--- ## Azumuta vs Sepasoft: Which MES Fits Your Factory? Source: https://www.azumuta.com/comparison/azumuta-vs-sepasoft/Azumuta and Sepasoft both tackle Manufacturing Execution, but they start from opposite ends of the shop floor. Azumuta unifies Digital Work Instructions, inline quality, audits, skills management and live dashboards in a single no-code SaaS that frontline teams can learn in hours and you can deploy in weeks.
Sepasoft, built on the Ignition SCADA platform, delivers powerful OEE, Track & Trace, and SPC modules—but roll-outs often rely on system integrators and months of custom scripting.
Both improve performance, yet Azumuta’s ready-made suite gives manufacturers a faster, lower-overhead path to standardising processes and data right at the line.
--- ## Azumuta vs Siemens Opcenter: Which One Is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-siemens-opcenter/
Azumuta and Siemens Opcenter both aim to digitalise shop-floor execution—but from very different angles. Azumuta unifies Digital Work Instructions, Quality Management, Audits & Digital Checklists, Skills Matrix & Training, plus live Dashboards in one no-code SaaS platform that frontline teams master in hours and you deploy in weeks.
Opcenter, part of Siemens’ enterprise MOM portfolio, adds an industrial historian, advanced planning & scheduling, digital-twin analytics, and broad IIoT connectors—impressive depth, yet implementations typically stretch 6–12 months and rely on system-integrator projects.
If you need rapid time-to-value, an operator-first UI, and lower overhead, Azumuta delivers ~80 % of Opcenter’s power in 20 % of the time, at a fraction of the cost.
--- ## Azumuta vs Swipeguide: Which One is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-swipeguide/
Azumuta, the connected workforce platform, offers manufacturers a streamlined solution with pre-designed features and templates to simplify operations. By reducing setup time and improving communication, it promotes efficiency across the board. Its pre-built modules—ranging from Work Instructions and Quality Management to Audits, Skills Training, and Reporting Dashboards—are crafted for effortless integration. This makes it a go-to choice for manufacturers aiming to unify shop floor processes.
Swipeguide is a how-to platform for managing work instructions, checklists, and skills tracking on the shop floor. A platform for managing work instructions, checklists, and skills tracking on the shop floor. It provides predefined tools and operates entirely as a cloud-based solution.
--- ## Your Operators Deserve Better than Legacy MES Source: https://www.azumuta.com/comparison/azumuta-vs-tulip/Choosing your MES or Connected Workforce Platform, really comes down to what your factory needs most. Platforms like Tulip and Azumuta help manufacturers digitize operations and modernize their MES approach—but they’re built with different philosophies in mind.
If you’re running high-mix, lower-volume production, or if your team leans on a broad set of shop-floor tools like skills matrices, audits, and in-line checks, Azumuta may be the better fit. Its operator-first design, AI-assisted work instructions, and modular stack mean you can start small and scale without surprises.
Why Azumuta > Tulip at a Glance See how Azumuta delivers faster time-to-value with operator-first design and built-in intelligence. Feature Azumuta Tulip Operator UI Familiar & intuitive Low-code templates you must build AI-Supported Instructions Built-in AI generation None Connectors & Integration Deep ERP/machine links Open APIs (build required) Launch Time to Value Days Weeks/months Predictable Cost & Scale Configure, don’t customize Hidden build costs --- ## Azumuta vs VKS: Which One is the Right Software for You Source: https://www.azumuta.com/comparison/azumuta-vs-vks/Azumuta, the connected workforce platform, offers manufacturers a streamlined solution with pre-designed features and templates to simplify operations. By reducing setup time and improving communication, it promotes efficiency across the board. Its pre-built modules—ranging from Work Instructions and Quality Management to Audits, Skills Training, and Reporting Dashboards—are crafted for effortless integration. This makes it a go-to choice for manufacturers aiming to unify shop floor processes.
VKS’s work instruction software is dedicated to creating and managing digital work instructions. It enables users to document expertise, digitize standard operating procedures, and streamline process standardization.
--- # Case studies ## Here's how Azumuta helps Addax Motors with automation on the factory floor — Addax Motors Source: https://www.azumuta.com/case-studies/addax/ Company: Addax Motors Industry: Automotive Employees: 11-50 Headquarter: Kleine Tapuitstraat 18, 8540, Deerlijk, Belgium Azumuta is a great tool to centralize all our orders in one place and push them to our workers in real-time Assembly ManagerAddax Motors 100% Belgian, 100% Ecological There is no doubt about it: our mobility is becoming electric. In addition to passenger cars, vans and utility vehicles are becoming largely electrified. Extremely handy in cities and towns, but also on vast industrial or recreational sites. Noiseless, energy-friendly and compact. The assets with which Addax rolls down the runway speak for themselves. Combine this with a high degree of finish and choice of materials and you know what the utility fleet of the future looks like. The quality of the finish, the ease of use and comfort make Addax an indispensable tool. “Electric vans with the target market including: cities and towns, amusement parks, large industrial sites and last-mile delivery. Central to this is the customization to the customer’s needs in terms of bodywork and other options that are sometimes very customer-specific.” And above all, development, production and assembly are 100% Belgian, 100% ecological. “That is why we have invested in ‘the automated factory floor’ and plan to continue to do so in the future,” says Brecht Landrieux, Assembly Manager at Addax Motors. In 2011, Westlease started leasing electric vans, where the demand was greater than initially thought. For this purpose, Buddee was founded, a specific branch of Westlease for this type of rental. Buddee used vans that were freely available on the market, but encountered a few problems: weak autonomy, insufficient quality, no reliable after-sales, too little load capacity. A small service team of Buddee was built up to service the fleet of 120 vans in Benelux and Germany. In 2014 the decision was made to develop an eLUV (Electric Light Urban Vehicle) ourselves and in 2015 Addax was founded to make this happen. Initially the vans were manufactured in Genk, but at the end of 2018 the production line was started up in Deerlijk. Staying Ahead with Azumuta Before Azumuta, Addax started working with a folder of paper work instructions, which were similar in structure to how it is presented to the user on the screen in Azumuta’s software. “There was a need for a transparent and unambiguous working method for assembling the cars that could be easily updated,” says Brecht. “In addition, there was also the need to simplify the registration of certain things. With the move of the production line from Genk to Deerlijk, we saw the opportunity to start with a good basis for the future and the switch was made from paper work instructions to digital work instructions,” he continues. “When we weren’t working with Azumuta, a lot of things were kept in Excel on a daily basis. Registration of torque values, workers who worked on the cart, recorded time entries. This was extremely labor- and time-intensive! Thanks to the platform, everything is now done automatically in the background, by Azumuta.” Azumuta is a great tool to centralize all our orders in one place and push them to our workers in real time. We can very easily follow up and make adjustments to work instructions, easily onboard new workers, quickly update existing instructions, and monitor inefficiencies in the production process in a simple way, something that was much more complex in the past. — Brecht Landrieux “What is convenient is the two user sides of Azumuta. On the one hand, the administrator’s side, and on the other, the operator’s side. They are both simple, self-explanatory, and both have been positively received by all employees, even those without any experience with computers.” “The people always come first: it’s they, who create the cars from scratch. Of crucial importance here is that they can do this in safe conditions and with correct tools. I think it is important in the first place to implement the principles of lean manufacturing for process design. Digitalization and automation can add tremendous value here.” Since working with Azumuta, Addax can once again focus 100% on customer orders. But what has changed? “We experienced some turnover around the summer period and Azumuta has greatly simplified the learning process for the new people. With us, instructions are maintained and refined throughout the year. Whenever there are ambiguities, they are systematically clarified. As a result, the instructions are a living document with the latest state of the art. It is ideal to be able to offer this basis to both new people and to those who have been working there for some time and need to be alerted to novelties or minor adjustments,” explains Brecht. Now our flow is much easier, even people who don’t speak Dutch can see the work instructions in their native language. With us, this feature is gratefully used.” “What I like most about Azumuta is their personal and quick follow-up. Everything is discussed, the implementation of new features, discussing how things are best handled, the initial import of the existing Powerpoint work instructions, etc.” The Future The founders of Addax Motors like to think ahead and Addax Motors will launch its new homologated electric commercial vehicle N1 by the end of the year. “In this new version, more attention has been paid to safety, quality and, above all, comfort,” says Brecht Landrieux. “Among other things, the new Addax MTN recently passed a crash test required for N1 homologation.” Azumuta in 3 words according to Addax: - Digitization - Ease of use - Customer-centric This is how Azumuta helps companies like Addax Motors: - Easily keep work instructions up-to-date - Follow-up of problems by means of improvement boards - Follow-up by means of KPI’s (e.g. how much time is spent on certain actions) - Clear view on which version of work instructions was used for which car and their traceability (torque values, who executed the instructions, etc.) --- ## Ghent-based Atelier Ternier explains why they chose Azumuta — Atelier Ternier Source: https://www.azumuta.com/case-studies/atelier-ternier/ Company: Atelier Ternier Industry: Furniture Employees: 25 Headquarter: Ghent, Belgium Furniture maker and owner Frank Ternier, has his workshop in Ghent. Besides executing projects for designers and architects, the company employs 11 people. His passion for custom-made furniture has remained as high as ever since its foundation in 1994. The recruitment of motivated and experienced employees is very important for him in order to keep the focus on custom-made work. With Azumuta you have all the know-how of your entire company at your fingertips. Frank TernierManager Furniture manufacturer with workshop in Ghent Under its label Labt, Atelier Ternier presents a collection of designer furniture in collaboration with designers from various disciplines. In Labt, ideas are formed in trust and respect, which lead to internationally recognised and nationally awarded products. From designers to architects At Atelier Ternier, custom work is performed together with architects and designers. The project manager measures everything, draws the plan and incorporates every detail into the design. Once the plan is approved, Atelier Ternier takes care of the production. “Winning the trust of the architect is essential for building up your customer segment. It creates a bond that results in quality designs”, says Frank Ternier Founder of Atelier Ternier. A collection under the label Labt “Just like any other company that delivers customised work, we also have the drive and ambition to guarantee the best service for the customer with modern machinery, motivated people and a professional approach. A logical step was the introduction of the Labt label.” “The philosophy behind Labt is: to create space where ideas can be realised under optimal conditions. Labt’ stands for Labo Ternier. The collection consists of limited and collectible pieces. They are always produced in smaller editions at the workshop.” The need for a digital system had been there for a long time. I started looking and ended up at Azumuta. I wondered if the ‘Azo moeta’ would stand for the Ghent dialect. It seemed a simple, but very powerful system! Frank TernierManager Future perspectives within customisation “At the moment, we work exclusively at the request of the architect. In the future, we would like to combine our Labt collection with custom work and in this way develop a form of co-working and establish sustainable partnerships. For companies, we would also like to combine customisation with the collection to create a total design and experience for their office. This will also give our furniture makers the opportunity to improve their skills and grow further.” This is how Azumuta helps companies like Atelier Ternier: - Switch to a paperless workshop - All digital furniture manuals - All knowledge and experience in one handy tool --- ## Atlas Copco: An Innovative Approach to Operational Efficiency — Atlas Copco Source: https://www.azumuta.com/case-studies/atlas-copco/ Company: Atlas Copco Industry: Industrial Equipment Employees: 3000+ Headquarter: Wilrijk, Belgium Explore how Atlas Copco has harnessed the power of Azumuta to boost operational efficiency, elevate product quality, and streamline employee training. In this testimonial, the Atlas Copco team reveals how Azumuta has been a cornerstone in their digital transformation journey, sharing valuable insights and experiences. How Azumuta is Shaping Atlas Copco’s Smart Future As manufacturers face challenges requiring more agile ways of working, many companies are slow to adopt modern production methods. However, Atlas Copco, world leader in industrial applications, has embraced this transformation. Leveraging Azumuta’s connected worker platform, Atlas Copco’s Airtec division has evolved into a smart factory, integrating digital and paperless operations that enhance both efficiency and flexibility. Atlas Copco, originally founded in Sweden, leads the market worldwide in the development of industrial B2B applications, including compressors, vacuum solutions, generators, pumps, motors, and power tools. The Airtec division in Wilrijk, Belgium, serves as the global headquarters for their compressor division, with over 3,000 employees producing critical components. This division has transformed from a traditional manufacturing operation into a smart factory by leveraging Azumuta’s connected worker platform. Paperless Production Environment “At Airtec, we’ve been working for over a decade to transition from a classic manufacturing company into a smart factory,” says Johan Dom, Vice President of Process Engineering at Atlas Copco. “This doesn’t mean removing people from the process, but rather evolving into a collaborative production environment where people and machines work together digitally and paperlessly. We needed a solution that could capture quality data and communicate it in real time to our operators and technicians. Azumuta provided the flexible, open environment we needed to integrate with all other aspects of our manufacturing processes.” The benefits of Azumuta’s platform are clear. Before, quality control was performed on paper, with no feedback provided to the operators. Now, with Azumuta, feedback is immediate and actionable on the shop floor, significantly improving quality assurance and highlighting the importance of the tasks performed by operators. This combination of factors is one of the key reasons why Azumuta is the ideal partner for Atlas Copco as they continue to meet today’s challenges while maintaining top-quality standards and responding quickly to changing market conditions. Operational efficiency is one of our most important KPIs and that’s why we chose Azumuta. Hire for Attitude, Train for Skill Azumuta’s digital work instructions have provided a key advantage in the ongoing war for talent. The platform is so user-friendly that no extensive technical background is required for new hires. “Hire for attitude, train for skill” has long been Atlas Copco’s approach to recruitment, and Azumuta’s software enables new employees to get up to speed quickly. Wendy Rooms, an assembly operator at Atlas Copco Airtec, shares her experience: “After 30 years in window decoration and textiles, I was ready for a change. Despite not having any technical training, I applied at Atlas Copco, and thanks to Azumuta, I’ve been working here for almost a year. The software allows me to learn at my own pace, and the instructions are always there to support me, even if I haven’t done a specific task for a while.” Azumuta’s platform streamlines training processes, offering scalability and ease of use. It has empowered employees of all skill levels to seamlessly transition into digital workflows. As a result, Azumuta’s software has played a crucial role in enhancing Atlas Copco’s agility and operational excellence. --- ## Azumuta lays the groundwork for the transformation to Industry 4.0 — Bewel Source: https://www.azumuta.com/case-studies/bewel/ Company: Bewel Industry: Industrial Machinery Manufacturing Employees: 1,001-5,000 Headquarter: Diepenbeek, Flemish Region Bewel is an organization that employs people who are at a distance from the labor market. People with passion, dedication and the qualities to carry out and optimize the most diverse tasks or processes of companies. With 2,200 employees and 9 branches, Bewel is one of the largest employers in Limburg. They work not only in their own workshops, but also on the shop floor of their customers in various sectors. Due to the digital work instructions from Azumuta we can monitor our processes better. This way, we can ensure that our workers always have the correct version. Benny ClaesTechnology & Innovation Engineer Over 55 years of craftsmanship Founded in 1964, Bewel has created opportunities for people with a distance to the labor market for over 50 years. Bewel is a Limburg-based custom work company with 9 sites and 23 enclaves spread across Limburg. Their foremost objective is to guide and support people with a distance to the labor market. In the first place they want to guide and help develop people with a distance to the labor market through employment. In addition, Bewel offers customised work for their employees. By dividing the tasks of their customers, they ensure that every employee has a task that matches with their strengths. At Bewel, your production is in good hands. Literally even, supported by 4400 skilled hands Bewel offers 9 different services. Thanks to their years of experience, they are able to deliver quality time after time. Digital work instructions “We used to use paper work instructions on our workbenches. In our systems, it wasn’t always clear whether the latest version of the work instructions had been taken to the work floor. Our work instructions are quite susceptible to changes and therefore difficult to maintain.” – Benny Claes, Technology & innovation engineer at Bewel Thanks to the digital work instructions from Azumuta we can track the processes better and we are sure that our workers always have the correct version. This way, we ensure the production of products without faults. “Within the software there is the possibility to split the processes into sub-tasks so that we can give our employees assignments that connect with their strengths.” Thus Benny. Azumuta lowers stress in the workplace A general trend we see across all our customers is that digital work instructions allow for easier and clearer communication. “Thanks to Azumuta, our workers can work more independently. Our monitors have to intervene less, resulting in a calmer atmosphere on the shop floor.” “The digital work instructions reduce stress on the shop floor. Our employees also indicate that the additional visual support of the digital instructions makes the assignments clearer,” says Kurt van der Made – Expert Labor Preparation at Bewel. A different way of working “90% of our employees stay here for a long time. It is often not easy for them to join the normal circuit because they need extra guidance. Guiding and supporting our employees is one of our core values. Therefore, it was very important for us to see how Azumuta would be received by our employees.” The response was actually all positive. Thanks to this new technology, our employees can perform tasks more easily and independently. We also notice that Azumuta somewhat changes the role of our monitors. Whereas in the past they had to watch the process closely, our monitors now tend to step back and are mainly there to clarify things or solve any problems. This benefits the output. Azumuta also allows us to add fixed checkpoints within our processes so that at crucial points in production a check by a monitor is guaranteed. — Benny Claes Technology & Innovation Engineer Bewel jumps on the train of Industry 4.0 “We currently have a lot of improvement programs running. We are focusing more and more on digitalization. It is also our intention, in addition to the project in Heusden, to roll out Azumuta in our other sites as well.” “Because everyone has developed their own way of working over the years, it is often difficult to shift processes between our sites. With Azumuta, the knowledge transfer between sites will go more easily.” “Bewel also wants to further specialize in certain industries and activities. We have already gathered a lot of expertise over the years and will certainly continue to build on that,” says Benny Claes, Technology & innovation engineer at Bewel. This is how Azumuta helps companies like Bewel: - Relieve stress on the shop floor - Clear instructions for the employees - Stimulate independent working - Easily edit work instructions when changes occur --- ## How Blitz Achieved a 98% First Time Right Rate and Cut Operator Onboarding Time from a Week to Just Half a Day — Blitz, a start-up that manufactures tailor-made charging solutions Source: https://www.azumuta.com/case-studies/blitz/ Company: Blitz, a start-up that manufactures tailor-made charging solutions Industry: Electric vehicle (EV) Employees: +15 employees in Blitz Headquarter: Blitz is headquartered in Kruibeke, Belgium. As a fast growing start-up, Blitz needed a scalable solution to improve the production process, to easily centralize digital work instructions, and to maintain product quality. They found an all-in-one solution in Azumuta’s platform. The Challenge Blitz is a Belgian family-owned company that produces charging stations for electric vehicles (EVs). It was established in 2021 by Alexander Hertsens, who currently serves as its CEO. Blitz Power Stations aim to make mobility more sustainable by making EV charging more efficient and affordable to the public. Blitz focuses on three pillars in its charging station designs: sustainability, customization, and cutting-edge technology. By designing and assembling all products locally in Belgium, they minimize their carbon footprint from transport. Customers can personalize their charging stations by adding logos or colors. They can also configure the advanced functionalities based on their technical needs. These customization options set Blitz apart from competitors. Close to 2,000 Blitz Power charging stations have been installed in homes and office parking spaces across Belgium, the Netherlands, and Luxembourg. As a fast-growing start-up, Blitz aims to double its production to 4,000 charging stations in 2024 and expand installations to public spaces beyond offices and homes. Blitz faced challenges in managing digital work instructions and quality control but found a seamless all-in-one solution with Azumuta’s platform. The modules were deployed rapidly and smoothly into Blitz’s shop floor. It took only 1-2 weeks to deploy Azumuta, which was spread over 1-2 months. This deployment included everything, from its integration into Blitz’s existing ERP system to the drafting of its first-ever digital work instructions. Interestingly, most of the setup and integrations to the existing systems were done independently by the personnel. This case study explores Blitz’s past difficulties with managing work instructions, standardizing the operator onboarding process, and overseeing quality control. Thanks to Azumuta’s digital solutions, they were able to overcome these challenges. Managing and Editing Work Instructions 1. Digital Instruction Variants for Configurable Assembly Producing Blitz Power charging stations involves around 120 precise steps for assembly, testing, and packing. Any assembling mistake can lead to future malfunctions, necessitating countless work instructions to manage these complexities. Blitz’s diverse product line, with three models—Tower, Wall, and Push—adds further complexity. Each model has unique data-gathering capabilities, add-on hardware, and personalization options, resulting in about 1,600 possible configurations. This variety requires detailed work instructions to ensure accurate assembly and customization. In the past, Blitz faced challenges in documenting and standardizing its diverse product configurations. Relying on senior operators’ knowledge instead of formal documentation led to forgotten or misunderstood details, especially for less-produced configurations. The lack of formal documentation created production, development, and onboarding bottlenecks, resulting in assembly errors and product quality inconsistencies. Blitz has recognized the need for a comprehensive digital solution to manage its knowledge base. This solution will not only support its expansion plans but also reassure the management team about the company’s commitment to quality and its ability to ensure consistency and efficiency across its operations. How Did Azumuta Help? Azumuta’s Digital Work Instructions module solved this problem. All of the company’s work instructions are now managed through Azumuta, consolidating what would have been thousands of Microsoft Word files into a single, navigable platform. This centralization has harmonized around 1,600 possible configurations into three work instruction sets. Each instruction set at Blitz covers a specific work post: assembly, testing, or packaging. Each charging station model has its instruction cluster, divided into sub-instructions for particular tasks like installing a cover panel. These instructions serve as a “single source of truth,” allowing operators to consult a unified set rather than scattered sources. Operators access instructions by scanning a serial number on a charging station component, automatically displaying the correct instructions on their device, ensuring precision and consistency. Managers only need to edit work instructions once, saving significant time due to the module’s variant functionality. This makes updating products and scaling production easier, ensuring uniform work instructions and consistent product quality. Any edits are automatically notified to operators’ devices, eliminating the need for manual updates. Unlike conventional top-down instructions, Azumuta’s Digital Work Instructions also value operator input. In this system, operators can provide feedback and send images to support their suggestions, enriching the production process with their insights. This two-way communication improves work instructions and overall efficiency. We regularly edit our work instructions, because every now and then, there are things that need to be adjusted. For example, changing a cable type that will be installed in our charging stations. We can implement these adjustments easily, thanks to Azumuta. — Alexander Hertsens Founder and CEO 2. Static Work Instructions Before discovering Azumuta, Blitz considered using Microsoft Word as its central platform to make and edit work instructions. This solution wouldn’t have been optimal. As previously mentioned, Blitz’s highly configurable products require many work instructions. Daily, navigating thousands of text-heavy documents would be exhausting and time-consuming, complicating product updates and scaling. Also, Microsoft Word documents are text-heavy and don’t usually offer many visual aids like videos, symbols, and 3D models. As a consequence, important information will not be sufficiently conveyed. Operators would have had to rely on their imagination, leading to frequent mistakes such as misplacing cables or installing the wrong covers. These errors, detected during end-of-line quality control, required disassembling, fixing, and reassembling the charging stations. How Did Azumuta Help? Like the previous concerns, Azumuta’s Digital Work Instructions solved these problems and brought tangible improvements to Blitz’s human resources. Unlike the static Microsoft Word Documents, the platform’s instructions are visual-intensive and interactive. Managers can include visual supporting elements such as images, videos, symbols, and 3D models. These visual elements are more transparent and convey more information. Conventional Microsoft Word-based work instructions tell what operators need to do – while Azumuta’s Digital Work Instructions show precisely what needs to be done. Thus, work instructions became more apparent than ever. The results? Human errors in the assembly process were slashed drastically, which is reflected in Blitz’s excellent First Time Right (FTR) rate. In this context, an FTR rate is a Key Performance Indicator (KPI) that measures the percentage of products that are free of any defect and pass all quality control checks in their first attempt. The FTR rate is one of the most frequently used KPIs in quality management. In Blitz’s case, its latest FTR rate is as high as 98% – a near-perfect score. This means that almost all of it’s products pass its quality control in their first attempt – without needing any additional time-consuming reworks. 3. Non Standardized Onboarding and Workforce Rigidity Blitz onboarded new operators using traditional methods, including individualized verbal mentoring by senior operators and a week-long job-shadowing period. While these onboarding methods are standard in manufacturing, they didn’t suit Blitz’s operations. In the first place, the variability in mentors’ teaching skills led to inconsistent training quality, as their knowledge and communication skills varied. Additionally, the lack of standardization in the 1-on-1 onboarding process allowed new operators to adopt practices that didn’t align with Standard Operating Procedures (SOPs). New operators relied on memory for verbal instructions, leading to frequent mistakes. Lastly, the week-long job shadowing was inefficient as mentors spent significant time guiding new operators, reducing their productivity and limiting meaningful production activities. Due to limited onboarding time, the operators were proficient in only one of the three workstations: assembly, testing, or packaging. This specialization meant they couldn’t cover for absent coworkers, leading to occasional production backlogs. The company needed to prevent any production disruptions to remain competitive as a new player in the EV charging station market. How Did Azumuta Help? Azumuta’s Digital Work Instructions significantly sped up onboarding. Previously, managers spent a week training new operators; now, it takes only half a day for them to function independently. This is because Azumuta’s visually intuitive work instructions now include all the expert’s information. As Alexander puts it: “Operators only need to follow instructions on their screen, and that’s it. If they have questions, they can write them down, and we will address them later.” The digital nature of Azumuta’s platform gives new operators autonomy, allowing them to access instructions and training materials anytime and anywhere. They can track their progress and ask for feedback from their mentors – which flattens the learning curve. This way, Blitz’s shop floor operators became more versatile, because they can swiftly master new tasks and switch between working stations. Overall, the employability has been enhanced. To illustrate the improved versatility of Blitz’s workforce, currently, there are three workposts on the shop floor: assembly, testing, and packaging. Previously, an operator could only function in one work post. But thanks to the use of the Digital Work Instructions module, its operators can be stationed in any of the three workposts. If their co-workers are absent (e.g., due to holidays or sickness), they can temporarily cover them during their absence. This ensures that Blitz’s production timeline is always on schedule. The onboarding process has drastically improved. In the past, new operators had to be directly supervised for an entire week. Now, only half a day is sufficient. Operators only need to follow instructions on their screen, and that’s it. If they have questions, they can write them down, and then we’ll address them later on. — Alexander Hertsens Founder and CEO Quality Control and Product Traceability As a young company, maintaining product quality is crucial for the Blitz Power stations. In the past, Blitz used the end-of-line quality control method, where the quality control phase only took place at the end of the production process. This method can be improved. If a problem is detected during this phase, the charging station must be disassembled, and the problematic component will be fixed or replaced. Afterwards, the charging station will be re-assembled and tested again to see if the issue has been resolved. If the issue hasn’t been resolved, then this entire quality control process must be repeated again. This end-off-line quality control process was inefficient and needed improvement. It was heavily time-consuming, which stalled Blitz’s production schedule. Not to mention the additional labor hours that will be ultimately billed to Blitz’s coffers. How Did Azumuta Help? Blitz now relies on Azumuta’s Quality Management module to perform in-line quality control alongside its existing end-of-line checks. This allows for simultaneous inspection during assembly, enabling quick defect detection and immediate fixes. This approach is more efficient than addressing defects at the end of production and has significantly reduced defects during final quality checks. As a result, Blitz’s current First Time Right (FTR) rate is 98%, and customer complaints are almost non-existent. The employees can now attach scannable article numbers to its charging station components. This allows them to track components, address customer complaints immediately, and maintain comprehensive digital records. The tracking feature simplifies audits and maintenance, and in case of a recall, manufacturers can quickly identify and recall defective products, minimizing the impact on customers. Azumuta’s Digital Work Instructions module also plays a crucial role by guiding operators through manager-set verification steps, drastically reducing human errors and minimizing rework, thus saving time and resources. Additionally, the module records operators’ actions on the shop floor, encouraging adherence to instructions and SOPs. To conclude the challenge, Blitz’s success with Azumuta was not just a result of the platform’s capabilities, but also the active involvement of operators. By creating ‘good enough ‘ work instructions quickly and documenting diverse product configurations in a short time, operators demonstrated their ability to handle complex information smoothly. This approach not only highlighted Azumuta’s capability but also fostered a culture of continuous improvement and collective ownership of the production process. Implementation Blitz’s digital transformation is a prime example of moving from traditional operator onboarding to a modern, efficient system. Initially, the operations relied entirely on senior operators’ expertise and lengthy mentoring periods for new operators, which had scalability and consistency issues. Recognizing the inefficiencies of conventional tools like Microsoft Word, Blitz sought a scalable digital solution, leading to the discovery of the Azumuta platform. Azumuta’s flexibility and user-friendliness made creating, updating, and harmonizing work instructions easy, allowing Blitz to adapt products to market demands without hindering productivity. This adaptability also facilitated the integration of other quality control tools. They chose Azumuta over paper-based or static digital tools, enhanced operational efficiency, product quality, and workforce empowerment by involving operators in drafting and editing processes. The transition to Azumuta was swift and seamless, with modules easily compatible with other platforms and integrated into Blitz’s existing systems. Deployment took only 1-2 weeks across a 1-2 month implementation period, including integration with it’s Enterprise Resource Planning (ERP) system. With this integration, operators could scan product or component article numbers to access all relevant information and work instructions on their screens. This process, done mostly independently by Blitz’s team, showcased Azumuta’s ease of use and effectiveness in supporting the company’s growth in a competitive industry. --- ## Azumuta supports Duco Ventilation & Sun Control with their quality management — Duco Ventilation & Sun Control Source: https://www.azumuta.com/case-studies/duco/ Company: Duco Ventilation & Sun Control Industry: Wholesale Building Materials Employees: 201-500 Headquarter: Veurne, Belgium DUCO Ventilation & Sun Control is dedicated to promoting health through its advancements in ventilation and solar shading systems, always prioritising optimal occupant comfort and maximum energy efficiency. Established in 1991, DUCO has emerged as a key player in the European market for natural ventilation and sun protection systems. The most valuable aspect about Azumuta is the simplicity with which you can integrate the different applications. Jeroen BooneOperational Production Manager 30 Years of Ventilation & Sun Control One thing is certain: the importance of ventilation cannot be underestimated. And certainly not now during these corona times when we spend a lot of time at home. Duco is Europe’s leading producer of ventilation and sunprotection systems that guarantee a healthy, comfortable and energy-efficient indoor climate in a “natural” manner. The company, which is celebrating its 30th anniversary this year, offers an innovative solution for homes, offices, schools or care institutions in which everyone feels at home. Duco, Home of Oxygen. And there’s more: “From the initial design to the delivery of the product to the customer, we, together with our 90 operators, have everything under our own control. We are permanently committed to bringing new and innovative products to the market,” says Jeroen Boone, Duco’s Operational Production Manager. A well-considered combination of smart ventilation systems, intensive ventilation and outdoor sun protection ensures optimal air quality. Duco offers an innovative solution for homes, offices, schools or care institutions where everyone feels at home. PDCA improvement boards “As Production Manager it is my responsibility to start releasing production improvements. But we also wanted a sounding board for our production employees to implement improvement ideas in an accessible way. So we decided to make use of the digital improvement boards within Azumuta. We now get a clear overview of the improvement actions and our employees can report problems in an accessible way,” says Jeroen. “In the past we used whiteboards, which we still maintain, but now proposals that need a longer flow or lead time are processed in Azumuta. Basically, it means that we have more room to group improvement items and can start releasing more selectively whether we are going to implement certain things or not,” explains Jeroen. “Creating and managing improvement boards with Azumuta is very flexible. And that’s just the nice thing about the software: you can do anything with it. The only thing you have to take into account are your employees. What really counts is that it is an efficient tool for them.” Quality Management System “From our quality department, we are going to start performing product and process audits with Azumuta. For example, take a 5S audit as a starting point. Our employees can use the tablets to record the tour. But also by starting to digitize our entrance checks we got better insights and improvement opportunities.” “In the mechanical ventilation department, we have already completely switched to digital work instructions. Azumuta is really a very practical software for the layout of instructions. You get an overview and can easily convert them to PDF. Our work instructions are not yet that extensive. In the long term we will be switching over completely to this, because of the user-friendliness and completeness of the platform.” “We already use Azumuta as a guide to support on-the-job training. But in terms of training and flexibility, we still have a number of steps to take. In time, we will also expand this within Azumuta. Applying the competence matrix will be the next logical step.” The most valuable aspect about Azumuta is the simplicity with which you can integrate the different applications. — Jeroen Boone Operational Production Manager Digitization in the factory “We always say: people are our most important tool. It is still the people who do the assembly for us. In terms of digitization, we are doing well. Automation has not yet penetrated enormously. But since we want to fully develop our process engineering, the goal for the future is to continue to automate. Duco’s ambition is of course to continue to grow. And that is only possible by continuing to put digitalization and innovation first. This is also evident in the area of new employees. With 30 vacancies, we are therefore constantly looking for motivated employees who also want to contribute to this growing story for the next 30 years.” Azumuta in 3 words according to Duco: - User-friendly - Intuitive use - Aesthetically pleasing This is how Azumuta helps companies like Duco: - Improvement boards and shop floor feedback - Product and process audits - Digital work instructions --- ## How Azumuta Helped e-power Achieve a Higher FTR in Their New Production Plant — e-power Source: https://www.azumuta.com/case-studies/e-power/ Company: e-power Industry: Electrical equipment and machinery Employees: +300 Headquarter: e-power's headquarter is located in Nieuwerkerken, Belgium When e-power set out to launch a brand-new plant for its sustainable hybrid generators, the stakes were high: a completely empty hall, a 90% new workforce, and the challenge of switching from custom builds to scalable serial production. To succeed, they needed clarity and a system that would support quality from day one. That’s where Azumuta came in. The Challenge E-power is a Belgian manufacturer of premium generator systems, supplying critical power to companies worldwide. As demand grew and product lines became more advanced, e-power launched a new production facility dedicated to building the P-grid, a hybrid energy solution that combines a diesel generator with a powerful battery pack. Their new P-grid is a complex product built for equally complex environments. But scaling its production required more than just engineering ingenuity. We visited the new plant and sat down with Jan Billen, Sustainable Plant Manager at e-power, and Robrecht Sollie, Project Manager Consultant at Vlegel Technology, who’s supporting their digitization journey. Together, they shared how they approached the setup from a blank slate and what it took to bring structure to an entirely new production line. It quickly became clear how ambitious the operation was: building the line from scratch, onboarding a team where 90% of the operators were new, and ensuring each product met rigorous industry standards. Managing subassemblies, ensuring traceability, and maintaining quality, all without the crutch of paper instructions or manual reporting, meant they needed a system that could do more than just display steps. Here’s how Azumuta helped them lay a digital foundation that supports both day-to-day operations and long-term growth. Managing Complex and Scalable Production E-power’s new facility marked a major shift in how the company approached manufacturing. Previously focused on small-batch, custom-built generators, they now set out to produce sustainable hybrid systems in larger volumes using a continuous flow production model. This transition required a rethink of how production was structured and demanded more standardization, more consistency, and tighter control across every station on the line. Starting from a blank slate offered freedom in design but came with equally high expectations. Processes had to be built from the ground up, with no room for guesswork. With 90% of the operators new to the job, it was crucial to create a stable environment where instructions were clear, quality was trackable, and errors could be avoided, not just detected after the fact. Managing subassemblies adds another layer of complexity. Multiple components must be assembled in sequence and integrated into the final product without mismatch or delay. At the same time, maintaining traceability becomes essential to ensure fast root-cause analysis and quality control as production scales. Traditional methods like printed instructions or static binders couldn’t support that kind of operation. They were too slow to update, too disconnected from real-time execution, and too limited in guiding a growing team. E-power needed a solution that could bring clarity, structure, and control into a fast-moving production environment right from the start. How Did Azumuta Help? To build a scalable production line that meets industry standards, e-power needed clear instructions, full traceability, and control over every step. Azumuta brought all of that together in one platform. Digital Work Instructions Azumuta provides step-by-step digital work instructions at each station, displayed on screens right where the work happens. These instructions are structured, visual, and easy to follow, giving operators the confidence to execute tasks correctly from the start. Whether mounting a component or performing a quality check, each action is supported with exactly the guidance needed, helping reduce errors and eliminate confusion. Subassemblies Since e-power’s P-grid production relies on subassemblies coming together, Azumuta supports this by linking product orders between subassemblies and the final assembly line. When an operator scans a component, the system verifies whether it belongs to the current build. If something doesn’t match — a wrong barcode, a missing part, or incorrect quantity, the system flags it immediately and blocks progress. This product order validation ensures not only traceability, but also accuracy at every stage of the assembly process. Hardware Integrations Hardware integrations add another layer of precision. Smart tools were integrated directly into the platform to automatically capture torque values and fastener data. Label printers were also connected to generate unique tags linked to the correct work order. These peripheral connections ensure that quality wasn’t left to chance, every step, every component, and every adjustment was accounted for. End-to-end Traceability Every completed task is automatically logged in Azumuta, linking each action to the operator and the station. At the end of the process, a report detailed what was done, by whom, and under what conditions. This level of traceability allows e-power to meet industry standards. It gives them the transparency they need to demonstrate control over every stage of production and enable quick root-cause analysis if an issue occurs. We were looking for a program that could support us in setting up everything from scratch. That’s why we chose Azumuta, it’s very flexible when it comes to creating all the operator work instructions. — Jan Billen Sustainable Plant Manager Onboarding and Managing a 90% New Operator Workforce Roughly 90% of the operators in e-power’s new production hall were new to the company and many had no prior experience with the new production process. On top of that, the team was highly diverse, with multiple native languages spoken on the shop floor. This presented a serious operational challenge: how do you bring a large, inexperienced, multilingual team up to speed quickly, while still maintaining high standards for quality, traceability, and compliance from day one? Traditional onboarding methods, shadowing experienced workers, distributing printed manuals, or running classroom-style training, simply didn’t scale. There were too many new hires, too many evolving processes, and too little time. E-power needed a way to make complex tasks accessible, repeatable, and easy to execute (even for first-day operators) without compromising on consistency or control. How Did Azumuta Help? Multilingual Work Instructions Azumuta gave e-power the tools to guide and support new operators from the very first shift directly on the shop floor. Instead of relying on printed manuals or lengthy training sessions, operators use visual, interactive, and easy to follow instructions, helping new hires quickly gain confidence while reducing mistakes. Because the platform supports multiple languages, Azumuta offers instructions in operator’s preferred language, making it easier to onboard a diverse team without slowing down production. Double Checks For critical steps, Azumuta prompts double checks by requiring a team leader to verify the action before moving forward. New operators, in particular, are guided through sensitive tasks with extra oversight. The team leader reviews the step, confirms the work, and signs off in the system, adding an extra layer of control and accountability when it matters most. In a fast-moving environment with a mostly new team, Azumuta helped e-power bring structure to complexity and gave operators the confidence, clarity, and tools they needed to succeed from day one. Continuous Improvement Every completed step is automatically logged, providing full traceability without the burden of extra paperwork. This means quality issues can be traced back immediately and production managers have greater day-to-day visibility into what’s happening on the floor. When instructions are unclear or need refinement, operators could flag issues or suggest changes directly within the platform. Feedback reaches team leads in real time, enabling faster updates and a tighter loop between shop floor and management. This helps create a sense of ownership among operators and allowed the team to continuously improve processes without delay. With Azumuta, e-power’s FTR indicator has been improving from day to day, since they can directly implement optimizations that improve the production processes. Once the workers actually saw what benefits there were to Azumuta and how it could help them do their daily job better, they truly embraced it. — Robrecht Sollie Project Manager To conclude the challenge, By partnering with Azumuta, e-power successfully launched its new sustainable production line on time and with outstanding results. The combination of digital work instructions, rapid training tools, real-time feedback, and robust traceability provided exactly what e-power needed to overcome the twin challenges of a from-scratch plant build and a novice workforce. Azumuta enabled e-power’s operators, most of them newcomers, to perform like seasoned professionals. The shop floor team can confidently execute complex processes, adapt to changes quickly, and maintain high quality, all while continuously improving operations. In the end, E-Power achieved a smooth and speedy ramp-up of production. The new plant not only met its output and quality targets but did so with a level of efficiency and agility that sets a benchmark for sustainable manufacturing launches. Azumuta’s platform was integral in turning e-power’s ambitious vision into a day-to-day reality on the shop floor, empowering the company’s people and processes to excel from the very start. Implementation From the beginning, Azumuta served as the backbone of the production system. It supported not only work instructions and training, but also quality checks and traceability across the new plant. The collaboration with the Azumuta team was described as highly supportive and adaptable. E-power’s P-grid Plant Manager, Jan Billen, emphasized that the platform was not imposed in a rigid way; instead, Azumuta asked how e-power wanted their processes to work and helped set up the system accordingly. The result was a solution tailored to e-power’s production process. This flexibility proved essential during the rapid setup phase. E-power rolled out instructions gradually, gathering feedback from both team leaders and operators. Thanks to Azumuta’s ease of use, the company was able to respond quickly to feedback and improve instructions iteratively, helping them move from a basic starting point to a robust set of shop floor standards in a short period of time. --- ## Navtech Radar Achieved 30% Fewer Errors and Cut Administrative Time by 50%, Thanks to Azumuta — Navtech Radar Source: https://www.azumuta.com/case-studies/navtech-radar/ Company: Navtech Radar Industry: Electronics Manufacturer Employees: +100 Headquarter: Navtech Head Office is located in Wantage, Oxfordshire. Navtech offers radar technology that keeps people safe in the most challenging environments. Managing complex product variants and ensuring top-quality production was a constant challenge. By adopting Azumuta’s digital work instructions, they cut errors by 30%, halved administrative tasks, and achieved complete traceability, paving the way for safer, smarter manufacturing. The Challenge Navtech Radar is at the forefront of delivering innovative radar technology solutions for critical national infrastructure, autonomous vehicle navigation, and high-risk environments. Their products are known for their precision and reliability, ensuring safety in hazardous conditions. However, the complexity of their product range, combined with strong quality requirements, posed significant operational challenges. To maintain high standards and meet the growing demands of their industry, Navtech needed a solution that could streamline production, improve traceability, and enhance quality assurance. They turned to Azumuta to optimize their manufacturing processes, reduce human errors, and ensure consistent product quality. Let’s dive in their main challenges. Managing Complex Product Variants and Customizations Navtech manufactures a diverse range of products that share similar designs but vary significantly in functionality and configuration. These variations are often critical to ensure safety and performance in real-world high-stakes environments. The complexity of managing these variants presented several challenges. Outdated Documents Before implementing Azumuta, Navtech relied on extensive Word documents to outline production steps. These documents were highly inconvenient, difficult to navigate, and prone to version control issues. Operators often struggled to find the correct instructions, leading to confusion and increased risk of errors. Each product variant required specific configurations tailored to customer requirements. Operators manually identified the relevant steps for each variant, increasing the likelihood of misinterpretation and configuration errors. These errors resulted in costly rework, delayed deliveries, and potential safety risks. The manual approach also made change management highly difficult. When product variants or configurations changed, communicating these changes across teams was inconsistent and inefficient. This lack of real-time communication created bottlenecks, slowed down production, and made it challenging to maintain high-quality standards. How Did Azumuta Help? Azumuta provided a dynamic and integrated solution for this challenge through our product variant capabilities. The static Word documents were replaced with interactive digital work instructions that automatically adjusted based on the selected product variant. This ensures that operators saw only the relevant steps for each variant, eliminating confusion and reducing the risk of errors. Through the ERP connection, the right variants are pushed for each product order to Azumuta, which then dynamically modified the work instructions to guide them through the exact steps required. This real-time customization capability ensured accuracy and consistency, regardless of the complexity of the order. Azumuta also introduced automated rule-based checks and pass/fail indicators. The system integrates checks to verify product parameters in real time. Using a traffic light system, operators can see clear pass/fail indicators, preventing them from continuing with the build if a test failed. This automates quality control and significantly reduces configuration errors. The introduction of dynamic and variant-specific work instructions, coupled with rule-based checks led to a significant reduction in configuration errors. This thus led to a huge improvement in first time pass rates. Operators no longer needed to interpret complex documents or remember variant-specific instructions and rules. The intuitive interface made it easier for operators to follow the correct procedures, increasing productivity and job satisfaction. The cloud-based nature of Azumuta also allowed NavTech to manage changes in real-time. Updates to work instructions were instantly visible to all relevant teams, ensuring consistent communication and minimizing production delays. This streamlined change management process allowed Navtech to respond quickly to evolving customer requirements. We moved from a system where we had good process control, but it was heavily reliant on our operators understanding the versions and variants of our product. Having Azumuta means there can be no doubt—we’re going to manufacture the right product. — Richard Morris Engineering and Operations Director Ensuring Traceability and Quality Assurance Navtech operates in safety-critical industries, where quality and adherence to high standards are essential. However, maintaining traceability and ensuring consistent quality was challenging with their previous systems. Quality checks and production data were recorded manually on paper route cards. These documents were prone to human error, inconsistencies, and loss, making it difficult to track product history or identify issues. Compliance Proving compliance during audits was also a time-consuming process. Manually matching paper records with production data was labor-intensive and prone to discrepancies. This created a risk of non-compliance and affected customer trust. Additionally, the lack of a centralized system made it challenging to track non-conformities, understand their root causes, or implement effective corrective actions. Subassemblies Navtech Radar uses several subassemblies in their products. This means that several components of the radars are built beforehand and are then used in random main radar builds. Managing these subassemblies presented a significant challenge. The lack of real-time visibility into when subassemblies were completed and where they were used created a gap in traceability that needed to be addressed. Peripheral Integrations Another major challenge was the lack of integration with peripherals, such as barcode scanners and test equipment. Operators had to manually input serial numbers and test results, increasing the risk of transcription errors. Additionally, quality checks relied on standalone devices that weren’t connected to a central system, making it difficult to track real-time quality data and ensure consistent pass/fail criteria. How Did Azumuta Help? Azumuta provided NavTech with an end-to-end digital solution for quality assurance and traceability. The platform automatically generated comprehensive traceability reports for each product, recording every step, parameter, and component used during manufacturing. This ensured complete traceability and provided a detailed audit trail for compliance verification. A traceability report also entails automated tracking of the amount of time an operator spent on the instruction steps of a specific product. This replaced the need for traditional stopwatch-based efficiency monitoring, improving operator morale and process visibility. Additionally, the platform’s real-time non-conformity reporting and feedback loop were transformative. Operators could instantly flag non-conformities using feedback tickets, which were automatically routed to the appropriate team. This ensured timely resolution and prevented issues from recurring, therefore allowing instant problem-solving rather than waiting for paper-based reports. The closed-loop feedback system fostered continuous improvement and enhanced accountability. The real-time feedback and comprehensive traceability significantly enhanced quality control and consistency. The automated checks and reporting reduced the risk of defects and recalls, improving overall product reliability. The centralized system also provided full visibility into non-conformities, allowing NavTech to identify root causes and implement preventive measures efficiently. The ability to demonstrate full traceability and adherence to quality standards strengthened customer confidence. NavTech leveraged this transparency to reinforce its reputation for reliability in safety-critical industries. By centralizing quality data and automating compliance checks, NavTech reduced the time spent on manual audits and paperwork, allowing teams to focus on more strategic, value-added tasks. To address the challenge of peripheral integration, Azumuta seamlessly connected with barcode scanners, test equipment, and other external devices. Barcode scanning eliminated manual data entry errors, ensuring accurate serial number tracking and reducing administrative overhead. By integrating directly with test equipment, Azumuta automated pass/fail recording, preventing operators from proceeding with faulty components. This ensured real-time data capture and immediate issue resolution, significantly improving quality assurance. In terms of subassemblies, Azumuta introduced real-time tracking of when subassemblies were completed and which subassembly is used in which main radar through scanning the subassembly when assembling it in the main radar build. This is extremely beneficial in terms of traceability, while not slowing down the operator. Hold on, it goes even further than that. Through our previously described rules system, we can flag when the wrong subassembly is used, leading to a reduction in non-conformities. To conclude the challenges, by leveraging Azumuta’s advanced digital platform, Navtech Radar successfully transformed its manufacturing operations. The streamlined workflows, real-time feedback, and automated compliance checks enhanced product quality, traceability and operational efficiency. Azumuta connects directly with our ERP. With a single button press, jobs are created and sent to the factory floor. Serial number matching and pass/fail results are automated through API connections. This alone has cut our admin time by 50%. — James Robson Manufacturing Engineer To conclude the challenge, By leveraging Azumuta’s advanced digital platform, Navtech Radar successfully transformed its manufacturing operations. The streamlined workflows, real-time feedback, and automated compliance checks enhanced product quality and operational efficiency. Implementation The ERP connection played a crucial role in NavTech Radar’s successful implementation of Azumuta. Thanks to Azumuta’s flexible API connectivity, integration with Navtech’s existing ERP system, “Epicor,” was seamless and fully operational within two weeks. This real-time connection automated key processes, including job creation, serial matching, and compliance reporting, significantly reducing manual data entry. Moreover, the integration provided instant visibility into material shortages, procurement needs, and job completion statuses, allowing for more efficient resource management and production planning. The intuitive drag-and-drop interface accelerated deployment and user adoption. Navtech created its first digital work instruction set within a day, and by the end of the first week, the system was fully operational on the shop floor. Operators quickly embraced Azumuta because of its user-friendly design and clear, visual instructions. The key for adoption was the fact that operators view Azumuta as an added value that helps them, rather than just another tool that will slow them down. Buy-in from the shop floor was also generated through the feedback tickets as the operators could actively contribute to process improvements. This feeling of empowerment and being heard lead to fast adoption. In terms of peripherals, by leveraging our plug-and-play Peripheral Hub, we effortlessly connected with Navtech radar’s existing hardware. This ensured a smooth transition without requiring major infrastructure changes. Navtech adopted a phased rollout strategy, starting with pilot projects to gather operator feedback. This iterative approach allowed them to fine-tune the system based on real user input before scaling it across all production lines. Close collaboration with the Azumuta team ensured a smooth deployment. In fact, our excellent service was cited as a key differentiator with our competitors. Our Azumuta team provided 24/7 support and customized solutions tailored to Navtech’s specific requirements. This partnership contributed to high user satisfaction and successful implementation. --- ## Discover How Nitto Boosts Audit Efficiency Through Real-Time Data Collection — Nitto Belgium manufactures sealing materials, reinforcing and damping materials and various kinds of industrial adhesive tapes Source: https://www.azumuta.com/case-studies/nitto/ Company: Nitto Belgium manufactures sealing materials, reinforcing and damping materials and various kinds of industrial adhesive tapes Industry: Material Industry Employees: 6,000 in Belgium & 28,000+ worldwide Headquarter: Nitto is a Japanse company, Nitto Belgium is the biggest production site in the EMEA region. Read the case study to learn how Nitto found a partner in Azumuta to perform audits 100% paperless, reduce data entry time by 60%, and onboard inexperienced operators more easily. The Challenge The Challenge Context Nitto Belgium, located in Genk, is the largest production site of the Nitto Group in the EMEA region. Today, Nitto Belgium produces sealing materials and various industrial adhesive tapes, such as double-sided adhesive tapes, films for surface protection, and tapes for electrical insulation. These products have applications in various industries and are used worldwide in various sectors, such as the automotive industry, electronics, aerospace, and metal processing. As part of the sustainability pillar within Nitto, the quality of the goods produced is extremely important. In addition, many of the previously mentioned sectors have in common that they impose strict quality requirements on their suppliers. Jurgen Kuppens, production coordinator, is part of the production team and is focused, among other things, on guaranteeing quality. The continuous production process within Nitto requires very frequent monitoring of (external) factors such as temperature, speed, and pressure of the machines in use. These factors can have a major influence on the quality of the sealing materials produced. Consequently, production reports – which detail the settings of the machines on the production floor – are completed every two hours so that any anomalies can be spotted quickly, and actions can be taken. The correct documentation of this information is extremely important both for internal use (monitoring the production process) and for meeting the requirements of external ISO audits. Previous Method and Challenges Before the implementation of Azumuta, the filling in and updating of the machine settings was done with Excel files that could be filled in and consulted by the operator on a central computer on the line. In practice, the operator first walked to the different machine screens (HMIs) on the production line to read off the settings – specific to each machine. Next, the operator would write down these values on paper in order not to forget the many detailed values when moving from the HMIs to the central PC. Once at the PC, these values were typed into Excel. The operator would repeat these steps until all settings of all relevant displays were entered into the Excel file on the central PC and the production report was complete. In large factories such as Nitto, where dozens of machines are spread over different floors and workstations, the above method of working was particularly time-consuming. Considering the frequency of execution (every two hours), this process took a large part of the operators’ daily activities. Before, our operators had to walk back and forth between the different machine screens (HMIs) and the central PC countless times to enter the data. This way of working slowed everything down and ensured that a large part of the time was lost in filling in these reports. As a result, our operators were working less efficiently than possible. — Jurgen Kuppens Production Coordinator Besides the time-consuming way of filling in the production reports by the operators, the supervisors (including Jurgen) also spent a lot of time drawing up, planning, and following up on these recurring reports. Preparing and updating the Excel files with the corresponding implemented macros, as well as making the latest versions of the production reports available for the coming period, were very time-consuming. Given the complexity of the many machines and the difficulty of finding the required settings among the other data on the HMIs, in practice, the production reports were mostly filled in by experienced operators. The need to have enough experienced operators present put a lot of pressure on the planning and created moments of stress when they were not sufficiently present due to certain circumstances. Furthermore, following up on a planned audit was also very time-consuming. To verify whether the audit had been carried out, supervisors had to either go to the central PC and look at the Excel or find the operator who had carried out the audit and obtain the necessary information. In addition, it had to be checked regularly that the reports were complete. Completion of the production reports relied entirely on the discipline of the operators. A changed planning or a reminder if the necessary data were missing could not be pushed to the operator automatically. Previously, as an organisation, we relied heavily on the discipline of the operators to fill in the necessary production reports. With Azumuta we can send the necessary reminders to the operators if necessary. Moreover, we can monitor in real time whether they have actually filled in the production reports at the scheduled time. — Jurgen Koppens Production Coordinator The cumbersome nature of the above process for both the operator and team leader, where data integrity was difficult to ensure, caused many recurring challenges. In addition to the excessive inefficiency in filling in the production reports, there were other challenges that recurred on a regular basis: - The frequent entry of incorrect values and ultimately making decisions based on incorrect or missing data. - The time-consuming process of filling in the settings in the production reports by the operators. - Scheduling and following up the audits were challenging as one depends on both the experience of the operator and the motivation of the operator to fill in the Excel for the right reasons (the checklist could not be pushed to one responsible person). It was also not possible to follow up on the implementation of the audits at a glance. Since the different production reports were located on different central PCs, it was challenging to have a global overview of the different statuses across the different production reports. This made it difficult to intervene quickly when necessary. - Heavy overhead for the team leaders to manually update the central Excel files with corresponding tolerances and to ensure that the latest version could be consulted by everyone. - Data generated by recurrently reading the displays could only be used as looking-back data as the complete Excel file was only analyzed a few times a month for control purposes. Thus, there was little possibility to quickly adapt to possible problems or to prevent them from occurring in the first place. Digital Transition and Criteria The lack of a conclusive and efficient method to control correct data proved to be the decisive factor for change. During the visit of an auditor within the framework of ISO, the data integrity of the previously described method was questioned. How could one ensure that an operator would carry out the audit at the right time and enter the correct values? This pressing question was the decisive factor for Nitto to look for a partner that could help them in their digital transition, where the entry of values is smoother and data integrity can be guaranteed. Focusing on a few key criteria, Nitto started looking: - Consistent and correct data: Ensuring complete, up-to-date, and correct data was the main priority. This way, the most efficient and effective decisions can be taken. Since the values must be read and entered manually, it was also necessary to look for a system that could eliminate typing errors as much as possible (for example, by working with tolerance limits). - Inclusiveness of all operators: To reduce the pressure on the planning, Nitto was looking for a system that would allow inexperienced operators to participate without compromising data integrity, security, or quality. This way, experienced operators can be used as efficiently as possible, and it is not necessary to have experienced operators on site at all times (e.g., during weekends). - Mobile: It was very important to eliminate the loss of time walking back and forth between the machines (HMIs) and the central PC. Mobile solutions (e.g., tablets) had to be able to enter data on the spot at the machines and automatically collect it in a report. - Visual: Nitto found visual support for process reports extremely important. For both experienced and new operators, visual support can facilitate correct operations. Visual process reports can give operators the necessary instructions to quickly read the necessary settings among the other machine data. The Solution Armed with the criteria described above, Nitto looked for a partner to make this essential leap to digitalization. After several interviews and a demo, Azumuta was chosen from several candidates based on the potential that Jurgen and his team saw. Soon, the ‘Sealing Materials’ line within Nitto Belgium was put forward to roll out Azumuta. This line was chosen because of the frequency of production reports required, as well as the amount of machine displays. The need for Azumuta was, therefore, greatest at this location in the factory. When we were looking for a suitable software supplier, we were mainly focused on the digital input of the production reports. However, Azumuta had many functionalities which we had not thought of before at Nitto. This ensured that ideas quickly surfaced as to what we could still use Azumuta for. — Jurgen Kuppens Production Coordinator Through smooth cooperation, Jurgen and his operators relied fully on Azumuta after only three months to monitor the machine displays and ensure a qualitative production process. The biggest benefits Nitto has experienced since using Azumuta are the following: Data Integrity The functionalities in Azumuta enable Nitto to avoid the entry of wrong answers and to guarantee complete, up-to-date, and correct data. - Reduction of incorrect data entry: In the past, many incorrect entries resulted from the fact that operators had to move between the central PC and machine each time. With the help of the mobile Azumuta application, the operators can now enter the display data directly on the machine into the tablet. This eliminates a large part of the possible incorrect values. - Tolerance limits: The use of tolerance limits ensures that the values entered must be in line with what is plausible. This prevents typing errors or quickly detects values with potentially large consequences. - Triggers: If the operator enters a value outside the tolerance limits, Azumuta can link a rule to it. This can range from pushing extra instructions or checklists to automatically creating a ticket, which is then sent to the responsible team leaders. In this way, as much information as possible can be collected about the questionable value and the correct action can be taken. Saving Time for Both Operators and Team Leaders With Azumuta, operators and team leaders can work much more efficiently. This advantage is based on the following functionalities: - More efficient data entry: With the mobile Azumuta application, operators can now enter machine data directly on the tablet based on work instructions that are pushed onto the tablet. This eliminates the need to go back and forth between the central PC and the machines on the line, saving a great deal of time for the operator. - Dynamic tolerance limits: The tolerance limits discussed earlier can change regularly within Nitto, for example, due to seasonal changes. Previously, one had to dive into Excel on the central PC and manually adjust the limits. Via Azumuta it is possible to adjust these limits very quickly in the instruction step itself and to roll them out over the whole line. Changed tolerances can also be highlighted to the operators by giving them points of interest in the instruction step. - Flexible planning: in the past, the team leaders had to constantly prepare and maintain a cumbersome Excel file to keep track of the machine data. Through the planning tool in Azumuta each audit can now be pushed directly from Azumuta to a specific operator. This gives the team leaders a good idea of what needs to be done and who is responsible. It is also easier to plan the audit since inexperienced operators can also be used because of the visually strong instructions. Strong Visual Instructions By introducing Azumuta, Nitto has strong visual work instructions that significantly speed up the onboarding of inexperienced operators. - Visual: By using a wide range of visual support, operators (both experienced and inexperienced) always have a clear image of which settings need to be read where and what they need to pay attention to. - Inclusiveness of all operators: Because of Azumuta’s strong visual work instructions and low threshold, inexperienced operators can be used almost immediately in registering the data on the machine screens. This also ensures that there is less pressure on the planning because an experienced operator does not always have to be present to read out the machine screens. Quick Follow-up via Our Dashboarding Tool In addition to the high-level follow-up in the planning tool, the results of the audit can be viewed in detail via the dashboarding tool. - Follow-up of results: Due to the lack of a dynamic platform, it was difficult for Nitto to adequately follow up on the results entered in the short term. Via the dashboards in Azumuta it is possible to follow up the results of the audits at a glance and to nip potential problems in the bud as quickly as possible. By quickly having a good picture of the data, one can go from reactive to proactive follow-up via our platform. - Follow-up status: In the past, Nitto had to dive into an Excel file on the central PC or ask the operator in person to know the status of an audit. With Azumuta, one can see at a glance in the planning tool which audits are in progress, which are finished, and which went wrong. If necessary, the team leaders can also follow the entered values in real-time via their own accounts. Not only the filling in of the production reports goes much faster than before, with Azumuta it is also possible to follow the entered data in real time by different people from different computers via the central Azumuta platform. The immediate visualization of the data enables us to intervene immediately if necessary — Jurgen Kuppens Production Coordinator Through Azumuta the operators were proactively reminded that the production reports had to be filled in. With the tablets they no longer had to walk back and forth between the various machines and the central PC. Despite a rather large change in working methods, the operators soon indicated that they were experiencing many benefits from this new digital way of working. — Jurgen Kuppens Production Coordinator --- ## Operator Excellence at Novy: Discover how Digital Work Instructions lead to a 60% reduction in customer complaints — Novy NV, part of the Middleby Groep and specialist in cooker hoods and hobs. Source: https://www.azumuta.com/case-studies/novy/ Company: Novy NV, part of the Middleby Groep and specialist in cooker hoods and hobs. Industry: Kitchen industry Employees: +260 employees in Novy Headquarter: Novy NV is headquartered in Kuurne, Belgium. Introducing Novy’s remarkable journey with Azumuta – a transformative digital solution that revolutionized their production processes. Faced with challenges in manual data entry, inconsistency, and time-consuming documentation, Novy sought a cutting-edge approach to enhance quality control and efficiency The Challenge This customer case shines a light on Novy, the premier Belgian specialist and a true leader in the production of cooker hoods. But Novy doesn’t stop there. They also offer an array of premium induction hobs and worktop extractors, making them a comprehensive powerhouse in the kitchen appliance market. Driven by global expansion, Novy has taken the world by storm in the last decades, establishing subsidiaries in France, Germany, the Netherlands, the UK, Switzerland and distribution partners in Italy, Spain, the Czech Republic, Israel, and Scandinavia. From its very inception, Novy has flourished thanks to its continued commitment to craftsmanship and quality, coupled with maintaining a strong pursuit of innovation. This innovation-driven culture has led to the establishment of a digitized shop floor where continuous monitoring is key. In this digital revolution, Azumuta has emerged as one of the fundamental pillars of Novy’s factory, enabling them to push the boundaries of digitization and revolutionize their shop floor operations. This results in the ability to produce groundbreaking products that not only guarantee unparalleled ventilation but also operate in blissful silence. The remarkable journey of Azumuta at Novy started in May 2021. As the company expanded its operations and diversified its product lines, it encountered challenges within its work processes. Outdated and inconsistent manual methods for creating work instructions and checklists put pressure on their production process, leading to errors, customer complaints and costly production delays. Novy recognized that modernizing their shop floor operations could potentially enhance productivity and reduce errors. Let’s explore how Novy accomplished this through introducing Azumuta on the shop floor. Overall, Novy’s challenges revolved around improving documentation and process management, enhancing quality control, customer satisfaction and optimizing training and knowledge transfer. Adopting a digital platform like Azumuta offers the potential to address these challenges by streamlining processes, ensuring up-to-date and consistent instructions, facilitating training possibilities, and improving data management for quality control. Let’s explore in detail how we tackled Novy’s main challenges. Documentation and process management 1. Creating and adapting work instructions Traditionally, Novy has two types of instructions that are used on the shop floor: 1. Work instructions that guide the operator to produce a product order 2. Quality checklists that were executed after production and ensured quality of the products The creation of these work instructions/checklists traditionally presented challenges in terms of efficiency, as the process required a significant amount of time and effort to maintain. At Novy, there are multiple stakeholders in this process and in particular the quality department had to spend an enormous amount of time and effort keeping the instructions/checklists up to date. A major factor for this was that before the introduction of Azumuta, all instructions were created using Word or Excel. While these tools have their advantages, it was highly difficult to obtain consistency across instructions, which led to formatting issues with text and images. Moreover, their non-dynamic nature in terms of creating and adapting work instructions put a lot of strain on the quality department and the efficiency of the shop floor. For this reason, Novy proactively executed several process audits in order to discover the biggest pain points in terms of documentation and process management for work instructions. Key takeaway from these audits was that they discovered that work instructions/checklists were often not up to date on the shop floor. Due to the cumbersome non-dynamic process of making changes in Word/Excel, there was a major delay between updating and approving the instructions and getting them to the right work station on the shop floor at the right time. Sometimes, the updated version would be available at the workstation, but the old version would not be removed, causing confusion and production problems. Azumuta’s cloud-based solution has brought a new level of dynamic updates to our shop floor. We no longer struggle with delays in updating and approving instructions. The accessibility and real-time availability of the latest versions have improved our efficiency and eliminated confusion in production. — Joris Cuvelier Quality Assurance Coordinator 2. Optimizing process management Before the introduction of Azumuta, it was very difficult to assess whether the operator was working with the right documents. As this is crucial from a process management perspective, they were searching for a way to make sure that the operator works with a specific work instruction for the product that they had to assemble. In Novy’s production process, one product order often consists of several work instructions (e.g. pre-assembly, end-assembly, packaging, etc.). However, there was no conclusive way to ensure that the production process was being done in exactly the right sequence that was set out by management. Therefore, they were also looking for a way to make sure that the operator followed the correct sequence of work instructions. How did Azumuta help to increase work instruction flexibility? Azumuta helped to solve this issue by introducing a barcode system that linked each product order to the correct specific work instructions. The operator scans the barcode of the product order they have to produce, and Azumuta instantly displays the correct sequence of work instructions on their tablet. This not only enhances the accuracy of the production process but also makes it easier for operators to follow the right sequence of work instructions. Additionally, it helps the management to track the progress of the product and see whether it is going according to plan or not. Overall, Azumuta’s process management solutions helped Novy to streamline its work processes and optimize its shop floor operations. In conclusion, the implementation of Azumuta at Novy addressed the challenges related to creating and maintaining work instructions and checklists. Our centralized platform provides dynamic updates, improved efficiency, and reduced workload of the quality department, resulting in increased productivity, reduced errors, and enhanced customer satisfaction. Furthermore, Azumuta’s barcode system enabled accurate sequencing of work instructions, improving the overall process management, tracking progress, and optimizing shop floor operations for Novy. Customer complaints and product traceability Quality control goes hand in hand with product traceability. Before the introduction of Azumuta, one of Novy’s main challenges was the fact that there was inadequate product traceability. When customer complaints occurred, Novy had little information about the product order and could not adequately find back evidence such as missing or incorrect accessories, documentation, or the wrong product being delivered. This is why Novy sought a framework that would allow them to store all essential information of the product order in a digital way, resulting in full traceability and efficient approach in addressing customer complaints. How did Azumuta help? While going through the work instructions to assemble a product order, the operator is requested to fill in certain information through checks. This can range from a simple OK/NOK or scanning component barcodes to taking pictures from the box that is sent to the customer. In the background, Azumuta stores all information on that product order and centralizes that data. When there is a customer complaint, Novy can easily search for the specific product order and address the complaint by looking through data. For example, when the customer is complaining about missing accessories, they can easily look for the picture of the box content and see whether the complaint is valid or not. This ensures a timely resolution to customer complaints and a more efficient approach overall. The digital storage of product information ensures full traceability, which is crucial for UL certification and entering the American market. Azumuta’s system enables Novy to meet these requirements and position themselves for future growth. In case that there are certain trends in customer complaints, Azumuta’s dynamic work instruction system ensures that the provided instructions and quality checks can be adapted quickly. In terms of customer complaints, Azumuta provides a two-layer defense system. As previously explained, introducing quality checks during assembly ensures there is real-time quality control and reduces the risk of delivering defect products. The second layer is traceability where the product order information is stored digitally, enabling Novy to quickly address any potential customer complaints and efficiently resolve them. This two-layer system ensures that Novy can maintain their high-quality standards and provide exceptional customer service. With Azumuta, we can have quality checks during assembly, ensuring there’s real-time quality control. For traceability, the product order information is stored digitally, so we can quickly address customer complaints and efficiently resolve them. This two-layer system allows us to maintain our high-quality standards and provide exceptional customer service. — Joris Cuvelier Quality Assurance Coordinator Quality control For Novy, quality control is a highly important aspect of the production process. Before the introduction of Azumuta, Novy inspected their products’ quality post-production by letting operators manually fill in a quality checklist. This way of quality control entailed several disadvantages. Let’s discover how Azumuta tackles these disadvantages. 1. Manual data entry Manual data entry is prone to human error, such as typos, misinterpretation of instructions, or accidental omission of important details. This can result in incorrect or unreliable data being recorded, leading to potential quality issues going unnoticed. Additionally, the checklists often contained missing information (name of quality controller, illegible serial numbers, etc.) Aside from difficult data entry, Novy also struggled with the inconsistency of data. Since the checklists were filled in manually by different operators, there was a lack of consistency in how the information was recorded. This inconsistency could lead to difficulties in comparing and analyzing data across different products or production runs. Before the introduction of Azumuta, all manual checklists were collected by a quality representative and scanned, which took about 1.5 hours every week. This process was highly time-consuming and inefficient. This leads to delays in case of problems and a delay in trend analysis. How did Azumuta help? By moving away from manual data entry, the risk of human errors was greatly reduced, which results in correct and reliable data. Additionally, quality control is now always complete as operators cannot finish their quality control without filling in certain mandatory checks. Going digital with Azumuta ensures standardized data entry, which results in having a consistent view on quality. The operator can even attach pictures or videos to the checklist to provide additional information if needed. Novy’s quality department has saved 1.5 hours per week on collecting and scanning manual checklists since Azumuta automatically stores all entered data in a centralized database. This can be used for further analysis, making it fast and easy to track quality and work on potential process improvement initiatives. 2. Real-time feedback to the operator Novy recognizes the crucial importance of quality control in its production process. Previously, before the implementation of Azumuta, the quality checklist was carried out manually and only after production had taken place. This reactive approach meant that any issues may not have been identified until after they had occurred, as the quality control department would review and analyze the checklists at a later stage before releasing product orders to the client. To address this challenge, Novy sought to establish a system that would enable continuous quality control and feedback in real-time, while operators followed the instruction steps. The objective was to detect and resolve mistakes early on, ensuring that they were promptly addressed. Ultimately, the aim was to minimize the likelihood of defective products by capturing and rectifying errors through immediate real-time feedback. How did Azumuta help? Azumuta played a pivotal role in assisting Novy with the implementation of this framework for real-time quality control. When starting a product order, operators simply scan the product’s serial number, prompting Azumuta to create the corresponding product order and instantaneously retrieve all relevant information. Consequently, Novy can provide operators with precise instructions tailored to the specific product order, encompassing all the relevant parameters. Throughout the production process, operators utilize Azumuta’s tablet application, which guides them through each step. As operators progress, they are asked to provide input on specific quality metrics of the product being produced. For instance, at a particular stage, operators might be required to insert a motor into the product. The operator scans the motor and Azumuta captures this and immediately compares it to the quality parameters stored in the product order. This continuous monitoring and feedback enable Novy to promptly identify and rectify any errors made by operators, thus reducing the likelihood of delivering batches of defective products. 3. Feedback from the operator to supervisors Another key challenge for Novy was the fact that it was very difficult for them to capture feedback from the operator, especially while using paper work instructions. In essence, they wanted to introduce a feedback loop between the operators and the production leaders in order to ensure that everyone is on the same page and can contribute to making the shop floor more efficient. This is why they looked at Azumuta in order to have a ticketing system that enables them to flag certain issues or improvement ideas, and adequately resolve these issues in a standardized approach. How did Azumuta help? When an operator detects a deviation while making a product on the shop floor, they can report it by creating a ticket. All context (product order, work instruction, step, …) is automatically stored on the ticket and the operator can add text or photos to the ticket in order to capture all relevant information in the ticket. At admin level, Novy receives all tickets in custom boards (8D, PDCA, KANBAN, etc.). On a weekly basis, the internal quality manager meets with the assembly team leader to review each created ticket and assess whether it is relevant or not. This approach allows them to take appropriate actions on shop floor issues. For example, this information can be used to identify potential improvements in their production process or resolve recurring issues. Overall, the implementation of Azumuta’s continuous improvement module has resulted in a significant improvement of the quality department’s efficiency, accuracy, and productivity. To conclude the challenge, The implementation of Azumuta has addressed the disadvantages of manual quality control for Novy. By eliminating manual data entry, Azumuta ensures correct and reliable data while promoting standardized and consistent record-keeping of information. Additionally, Azumuta enables real-time feedback to operators, allowing for early detection and resolution of mistakes, thereby reducing the likelihood of delivering defective products. Furthermore, the ticketing system provided by Azumuta facilitates effective communication and collaboration between operators and production leaders, leading to improved efficiency and productivity in Novy’s quality department. Implementation In May 2021, we embarked on a pilot project at Panorama, starting with 10 tablets, 20 operator accounts, and 3 admins. Novy was able to get started with minimal support required, needing only around 10 hours of setup support, as estimated by Joris Cuvelier. Especially the availability of comprehensive guides allowed them to efficiently. According to Joris, one of the main reasons for the rapid and effective implementation was the user-friendly nature of Azumuta, even for individuals without an IT background. This meant that individuals closer to the production floor, such as quality engineers, could take the lead, resulting in efficient progress. During the pilot phase, we decided together to focus on the Novy’s “Panorama” cooktop model, as this was the model where they experienced most of the customer complaints. The real-time feedback component was essential in preventing the incorrect insertion of hotplates into the devices. Thanks to the introduction of Azumuta, customer complaints related to the Panorama vanished, which served as the green light to expand its implementation across multiple production lines. One of Novy’s major concerns before the introduction of Azumuta was how the operators would react to the digitization process. The staff had been accustomed to using paper for all operations, so it was uncertain how they would adapt. However, once the pilot began in May, everyone quickly embraced the more digital approach. The operators appreciated the improved guidance with specific steps and the enhanced feedback loop. It was an encouraging start. Unfortunately, Novy faced an unexpected setback during the summer when a theft occurred, resulting in the loss of all the tablets. As a temporary measure, they had to resort back to working with paper. However, the operators showed a strong resistance to returning to paper-based workflows. They experienced firsthand the efficiency of digital operations and no longer wanted to go through the hassle of searching for the right instructions or checklists and writing everything down manually. This confirmed Novy’s belief that they had made the right choice by going digital, particularly with Azumuta. To conclude the challenge, In conclusion, Novy implemented Azumuta in all (complex) environments where knowledge transfer and follow-up was crucial for the smooth running of business. The pilot project with Azumuta at Novy’s Panorama was a success, leading to significant improvements in efficiency and customer satisfaction. The user-friendly nature of Azumuta allowed individuals without an IT background to take the lead in implementation, resulting in rapid progress. The positive reception from operators, who embraced the digital approach and resisted returning to paper-based workflows, confirmed the value of Azumuta. The next step for Novy is to integrate Azumuta further with the ERP system, aiming for stronger synchronization and enhanced operational efficiency. --- ## Azumuta helps Opsinox shorten their lead times — Opsinox Source: https://www.azumuta.com/case-studies/opsinox/ Company: Opsinox Industry: Building Materials Employees: 11-50 Headquarter: Nazareth (Deinze), Belgium Opsinox is specialized in quality solutions for flue gas removal. Their production site is located in Belgium, Nazareth (Deinze). Through profound research and close monitoring of the latest developments in the market, they can respond to the needs of their customers. For me, it’s hugely valuable that everything is centralized in Azumuta. For Opsinox, that really makes the difference with other platforms. Maartkin DemuynckOperations Manager Azumuta helps Opsinox shorten their lead times The wood stove or fireplace, not only warm but also cozy on rainy or cold winter days. Innovations in flue gas discharge with more comfort and less consumption, that is what Opsinox stands for. Meanwhile, Opsinox offers a leading range in flue gas exhaust in both individual and collective systems. “The know-how of the employees built up over the years means that the quality delivered is highly regarded by our customers. To this day, Opsinox delivers this quality, and we continue to invest in the development and production of new products offered with the known service and expertise,” says Anne Santens, CEO of Opsinox. “We highly value customer service, a personal approach is an important part of this. Providing solutions, both standardized and customized, for the often complex challenges in flue gas extraction: that’s Opsinox!” Efficient order picking and stock management Due to the hustle and bustle that is sometimes present on a production floor, a warehouse can quickly become cluttered. That structure in order picking provides overview, Opsinox has also noticed. “In the past, our employees received orders on paper, which were then turned into production only to be picked by the warehouse worker. We really needed help in terms of processing our orders. The need for a solution like Azumuta came over time,” says Maartkin, Operations Manager at Opsinox. “With Azumuta our operators can sign off orders themselves, in the past production orders sometimes stayed for 1 or 2 days because they were not traceable or one did not know where the order was located in the factory. We have also linked workstations to this. Now you can clearly see which workstations a product has to pass through. This makes it possible for our production manager to see remotely what stage the order is at.” Stock Management Azumuta’s stock management function also offers a solution. “Keeping track of all stock data has never been so easy” Because of Azumuta we have a much better grip on our stock management, this has allowed us to shorten our lead time and delivery time. We now deliver over 98% of our orders on time” “Because we have been able to shorten our lead times we work much more make-to-order. We have many different types of items and practically every order is custom made. It is not feasible to always have all materials in every size in stock. This allows us to offer our customers a wide choice of models and designs,” says Maartkin. Integration of digital work instructions “Our employees really feel at home, give their best every day and are part of the Opsinox culture. They have 10 to 35 years of work experience. The long-term goal is to start using the work instruction module to its full potential. This way our current operators can share their experience to future employees.” “Digitizing work instructions offers a number of obvious advantages for us. We have different types of items that are similar. But more and more customers are asking for a specific variant. This makes it difficult for operators to recognize the difference between the different product variants based on one title or one description.” “Azumuta makes production in small series with a lot of variation much easier. Production is controlled from our ERP system Navision and the production workers are shown unique work instructions for each type of order.” Because of Azumuta, we have a much better grip on our inventory management. We now deliver over 98% of our orders on time. — Maartkin Demuynck Operations Manager Quality control and traceability “As a manufacturer of customized solutions, we needed operator support in terms of quality and output controls. Our product range goes from stovepipes, stainless steel pipes, CLV chimneys, to different options for roof caps. So we have various types of applications in terms of length, diameter, insulation, gas-tightness, etc. We used to keep track of all those parameters on paper, now we record all those values in Azumuta. “It’s much easier for our operators to perform checks via their tablets. It’s mobile, correct and visually strong. In the past, Excel files had to be printed out and kept. Let’s face it: thanks to Azumuta, that administrative part just disappeared.” That is precisely the main advantage of Azumuta. “For me as Operations Manager, it’s hugely valuable that everything is centralized in Azumuta,” says Maartkin. “That really makes the difference for Opsinox compared to other platforms.” MES “Light” “We got to know Azumuta and their operator support system through Veltion. We searched for a long time for a good software. It was necessary for us too, we were looking for a light version of an MES, where the employees receive the right information at the right time.” “After getting the demo, I was still amazed at the possibilities. During each meeting, that trust between Azumuta and Opsinox grew stronger and stronger. Pretty soon it became clear that Azumuta could answer all our questions.” “Everything is possible in principle, the system offers so many possibilities and this from as simple to as detailed as you want.” says Maartkin. Personalized customer service Opsinox is successful because they are not satisfied with anything less than the best – and that includes customer service. Over the past few years, Opsinox has been working hard to take the customer experience to an even higher level. “For us, it’s important that we own the service, if we promise something we deliver it. Hence the importance of continuing to digitize within Opsinox. Azumuta was the ideal step for us towards operator support, we now have full support for our operators and the factory floor.” “In the future we will continue to focus on Customer Intimacy where exceeding in customer relations is key. Because for us it is precisely long-term partnership and an individual customer approach that set the tone in our production,” says Anne Santens, CEO of Opsinox. This is how Azumuta helps companies like Opsinox: - All knowledge centralized - Reduction in lead times and order processing - Efficient order picking and inventory management - Digital quality control --- ## How Petersime lays the groundwork for more digitization with Azumuta — Petersime Source: https://www.azumuta.com/case-studies/petersime/ Company: Petersime Industry: Machinery Manufacturing Employees: 201-500 Headquarter: Belgium Petersime provides world-leading incubators, hatchery equipment and turnkey hatcheries aligned with the expertise and support to maximize return on investment. For over 100 years, Petersime’s mission has been to use nature as a reference to continue perfecting the incubation process and help customers reach maximum performance. Additionally, Petersime leads the way in the optimization of the poultry value chain through the use of big data. World champion in hatching eggs Originated in the U.S. and world champion at hatching eggs. Petersime continues to expand and hatch. They have a 65 percent market share and are the world leader in the production of incubators and hatchery equipment. From its headquarters in Belgium and branches in Brazil, China, Russia, Malaysia and India, Petersime is committed to dedicated customer service. With a sales network in more than 60 countries, they ensure both local and global expertise. With its technology and thanks to acquisitions, Petersime has become the absolute number one in its niche. As the world’s leading builder of poultry incubators, Petersime strives for continuous improvement in the workplace. Quality, personal development and cooperation are of paramount importance. “We therefore offer our employees regular training on digitalization, safety procedures and risk analysis,” says Alex Deleenheer, Process Engineer at Petersime. “We are always looking for advanced technologies to further optimize the production capacity and the production flows at our Belgian headquarters. Azumuta was therefore introduced in production. The platform helps the different departments to lay a foundation in the mission towards more digitalization.” “The need for a solution like Azumuta came when we wanted to ensure knowledge transfer between ‘anciens’ and the younger generation. Many people who retired naturally took with them a wealth of knowledge and competencies. We could not let these go to waste, with Azumuta knowledge and experience could be transferred to the new generation of employees.” Azumuta as a foundation to digitalization By providing technology support in every aspect of the manufacturing process, Azumuta helps teams of operators improve overall productivity. “Our factory supervisors and department heads were trained to use the software to automate workflows, more flexibly guide (complex) assembly processes and schedule quality checks,” Alex explains. “Today we use Azumuta as a platform on which all relevant information about certain items is available digitally. From our various departments, the platform helps to further digitize. Instructions and procedures can now be accessed via QR codes on a machine or tool, for example, but Azumuta is also a useful tool for audits and inspection rounds. Moreover, the platform also offers the possibility of reporting defects and unsafe actions.” “We are also real fans of the digital improvement boards. It allows operators to actively identify and log potential solutions to further increase well-being and productivity in real time.” Azumuta is a tool to strengthen communication and efficiency within production! — Alex Deleenheer Process Engineer Improved communication and efficiency within production In practice, team leaders and department heads use the Azumuta platform for 3 main tasks: - Production processes: Each team leader can create work instructions for his or her team. These are linked to QR codes that are placed everywhere in Production. With a tablet (new) operators can scan the code to get the right work instruction. Using instructions, photos and videos, they can quickly learn to assemble articles and immediately check the quality. The purpose of the work instructions is, on the one hand, to bundle as much knowledge as possible digitally and, on the other, to gain flexibility. - Digital improvement boards: Defects and unsafe actions can be reported directly via the tablet. Thanks to predefined flows in the Azumuta system one can choose from, for example, safety, quality, ergonomics, etc. In this way, the necessary information immediately reaches the right person, allowing issues to be resolved more efficiently. - Planning: quality and safety audits can be recorded in advance and the necessary forms can also be filled in digitally from now on. This is how Azumuta helps companies: - Digital Work Instructions: linking to QR codes - Digital Improvement Boards: reporting of defects and problems - Planning Module: Schedule quality and safety audits --- ## Provan goes for a paperless factory - with the support of Azumuta — Provan Source: https://www.azumuta.com/case-studies/provan/ Company: Provan Industry: Industrial Machinery Manufacturing Employees: 51-200 Headquarter: Genk, Flemish Region Thanks to the right technology, the necessary know-how, and 25 years of experience in the metal industry, Provan has emerged as a trend-setting supplier, from sheet, tube and profile machining to partial and full assembly. Azumuta is very straightforward to use, but very powerful in supporting production processes. Raf KenisQuality Manager Your metal work in capable hands Provan was founded with one clear goal: to offer the very best metal work. One of Provan‘s great strengths is that they focus on total projects. They have the right technology in house: from tube, profile and sheet metal processing, manual and robotic welding to complete assembly. “Since our start-up in 1998, we have gradually grown into a flourishing company that employs 75 people spread over two sites (Genk and Bilzen) and has an annual turnover of just over € 12 million,” says Raf Kenis, Quality Manager at Provan. This is how Azumuta helps companies like Waak: - Customised digital work instructions - Visual support - On-the-job training - Tailor-made support for employees One trophy after another A thorough approach based on Quick Response Manufacturing (QRM) is central to everything Provan does. Within the world of suppliers, Provan distinguishes itself with smaller series with a large variety and short lead times. “After winning the Factory of the Future Award in 2015, we have continued to focus on Quick Response Manufacturing and reducing the Total Cost of Ownership for our customers,” explains Raf. “By further implementing QROC (Quick Response Office Cells), we have been able to reduce overhead and the number of clerks within a context of increasing sales.” The results earned Provan a Factory of the Future Award in addition to 2015. Provan was also awarded Best Managed Company in 2020! A nice title that, in addition to the title of ‘Factory of the future’, they can pin on their hat. Focus on the operator thanks to Azumuta “It is important as a supply company to remain competitive in today’s rapidly evolving market,” says Raf. “Where we used to work on paper and PDF, today we run completely digitally.” The work instructions are accessible in an interactive and digital way. “Not to mention each bench is assembled in a different way, Azumuta makes it possible to show the work instructions to the operators in a proper and correct way, without excess.” When Azumuta was introduced to me, I was a fan from the first moment! — Raf Kenis Quality Manager “Through the scheduling module, we can easily schedule audits, which we perform on a regular basis.” “You obtain an overview of the entire factory floor and get a very quick view of the status of each audit. Employees can also flexibly enter comments. All these items then end up in Azumuta’s improvement boards, making product follow-up child’s play!” “During the days, improvement ideas or problems during production often come up,” says Raf. “By means of Azumuta, operators can start reporting these in an accessible way.” All issues end up on an improvement board according to the PDCA principle to ensure that problems are followed up in a systematic way. “Through the time analysis module, we can start to track more efficiently which operator, at which time, is working on which specific order,” says Raf. “Afterwards, we can then clearly see how long it took to make an order and to perform a well-defined task. In this way, despite the complexity of the products, we obtain accurate data.” “You can very simply check which tasks an operator has spent his time on and how advanced he is: from beginner to expert.” “We link Azumuta to other software such as our ERP system, Plan-de-CAMpagne. The orders are taken from Plan-de-CAMpagne and end up in the Azumuta Software. In this way, there is a very nice interaction between our ERP system and Azumuta.” On the production floor, Azumuta is also linked to existing screens. “We also use Azumuta for digital control of audit planning.” A paperless factory floor “We learned about Azumuta and their program for integrating digital work instructions from one of our customers. This allows us to move even more towards paperless work. I suspect we are one of the first supply companies to work that way. At the moment we are already applying this 100% in our assembly department in Bilzen and rolling it out in our production unit in Genk.” For Raf, it was quickly clear: “When Azumuta was introduced to me, I was a fan from the very first moment.” “Azumuta is very straightforward to use but very powerful in supporting production processes,” says Raf. “It gives us the opportunity to be really good at what we do!” Paperless work should not be an end in itself, but should be seen in our philosophy of simplification, efficiency gains and flexibility. Once again, a win-win situation. — Peter Tans CEO Digital Factory Provan continues to work on improving their processes every day. Which meanwhile resulted in a double recognition as Factory of the Future. In 2021 Provan is again in the race to win the award of Factory of The Future. This time, Azumuta is playing a big role in bringing in the title. They put forward Azumuta as the main reason in their transformation into innovative manufacturing company. This is how Azumuta helps companies like Provan: - User-friendly management of digital work instructions. - Continuous improvement: reports and feedback via various devices and structural follow-up. - Product follow-up: automatic post calculation for each order. - Maintenance audits: easy to schedule and clear overview - Scheduling and tracking of operator training and competence management. --- ## How Reynders Reduced Quality Complaints by 60% and Boosted Work Instruction Efficiency by 50% — Reynders Pharmaceutical Labels NV is part of Reynders Group and manufactures custom pharmaceutical labels for the top 10 pharmaceutical companies. Source: https://www.azumuta.com/case-studies/reynders/ Company: Reynders Pharmaceutical Labels NV is part of Reynders Group and manufactures custom pharmaceutical labels for the top 10 pharmaceutical companies. Industry: Pharmaceutical industry Employees: +550 employees in Reynders Group Headquarter: Reynders Pharmaceutical Labels NV is headquartered in Boechout, Antwerp Reynders Label Printing has implemented Azumuta as a solution for digital work instructions and product traceability. Learn how this solution helped Reynders streamline their operations, increase efficiency, and maintain the highest levels of quality in their product line. The Challenge Reynders Pharmaceutical Labels (RPL), part of the Reynders Label Printing Group, specializes in producing labels for clients who are market leaders in the pharmaceutical sector, including Pfizer, Janssen Pharmaceutica, Schering-Plough, Alcon-Couvreur, GlaxoSmithKline and Baxter. Reynders Pharmaceutical Labels has been operating in a separate production facility for 25 years in order to manufacture a wide range of standard and custom pharmaceutical label products. Whether for vials, syringes, tubes, injector pens, or bottles, Reynders Pharmaceutical Labels prints every single type of label, such as booklet labels or hanger labels, with clinical precision. In Reynders’s mission statement, we can read: “ […] We make data-driven decisions and have automated plenty of processes to reach near-perfect quality control. […]” For a long time, Reynders Pharmaceutical Labels has been passionate about acting on this mission, and the result is that the shop floor is now running highly digitized, where any-time follow-up is the cornerstone. We are, therefore, very proud that Azumuta fits this purpose and that we can be a significant part of their production cycle. The story between Azumuta and Reynders Pharmaceutical Labels started in 2020. At that time, RPL already had a robust framework for managing paper instructions but still struggled with the inflexible and time-consuming nature of maintaining non-digital work instructions. Aside from the desire to change this, they also wanted to gain more insights into how the execution of these work instructions went on the shop floor to create a well-informed feedback loop. Therefore, RPL was looking for a partner that would guide them to further digitize their work instructions and also provide. The main challenges that led RPL to Azumuta can be grouped into three main pillars. Time-Intensive Work Instruction Management & Flexibility Before the introduction of Azumuta, RPL already had a robust framework in place to make and approve the many specific paperwork instructions. However, due to the inflexible nature of paperwork instructions, the management of the instructions tended to cost a tremendous amount of time. Let’s discover the most time-intensive aspects and how Azumuta delivered a solution. 1. Work Instruction Management In the pharmaceutical industry, the client often has very specific requirements. This translates into the need to be highly flexible on the shop floor, coupled with high accuracy and precision, typical for a high-mix, low-volume environment. As a result, there is a need for separate work instructions per client, product, and format,… These extreme amounts of variants on products due to customizations lead to an enormous amount of possible combinations of work instruction steps in the production cycle. Maintaining separate work instructions on paper for each of these combinations is a never-ending task and can, therefore, lead to a lot of stress for the responsible persons. As a result, It was not always possible to provide completely customized work instructions to the operator that would only state the specific steps that were needed for the production of a specific batch. How Did Azumuta Help? Due to Azumuta, RPL is now able to efficiently manage an enormous amount of product variations in a highly time-efficiënt manner via our easy-to-use variant functionality. Not only did RPL win a significant amount of time in managing their work instructions, but they also increased their precision in terms of what the operator sees on the shop floor. With this functionality, RPL can specifically push a work instruction completely configured to the specific product that needs to be produced (e.g., client, format, etc.). In essence, RPL is now able to manage its enormous amount of product variations efficiently and effectively in Azumuta while also being more precise in what content the operator sees on the shop floor. As a customer in the pharmaceutical industry, managing the extreme amounts of variants on products due to customizations can be a daunting task. The never-ending task of maintaining separate work instructions for each combination can lead to a lot of stress for the responsible persons. Azumuta’s easy-to-use variant functionality has been a game-changer for us, as it has enabled us to efficiently manage an enormous amount of product variations while increasing precision in what the operator sees on the shop floor. — Koen Catteeu Operations Manager at Reynders 2. Changes in Work Instructions In a highly flexible environment where RPL is active, it is not a surprise that work instructions can change rather quickly. This is because the adjustment of work instructions can originate in three ways: - RPL itself can decide to change its work instructions due to changes in the production process, additional safety measures, new materials, etc. - The decision to produce a new variant of an existing product or introduce an entirely new product can lead to the need for new work instructions. - Client demands and other parameters can change. In the pharmaceutical sector changes occur frequently, which results in high pressure on keeping the work instructions up-to-date. The frequency of changes in work instructions was a significant challenge for RPL, as keeping track of all changes and making sure that every separate instruction was up to date was immensely time-consuming. For example, a small change in a certain instruction step meant that all instructions that used this step needed to be changed. For general steps, this could easily lead to the need to update work instruction documentation for more than 50 different workstations. In the dynamic environment in which RPL operates, mitigating this challenge was a key goal in order to increase agility by easily tracking and updating changes to instructions. How Did Azumuta Help to Increase Work Instruction Flexibility? At Azumuta, we strive to structure work instructions as efficiently as possible. The variant functionality, amongst others, allows us to provide an exceptional level of flexibility in terms of adapting work instructions. For example, changes to general steps that are used in several product variations now only need to be changed in one location, while in the past a small change could lead to the need for adjusting multiple work instructions. With Azumuta, short-term changes could now be made quickly, digitally, and become available to operators immediately. This agile way of working enables RPL to adapt very quickly to changes while still maintaining an exceptional level of quality, resulting in a competitive advantage. 3. Distribution of Work Instructions In addition to the management of the work instructions, the distribution of these instructions to the shop floor also represented an important aspect that cost a lot of time for the production leaders. Before Azumuta, RPL had an effective system for this distribution but still, the production leaders felt that it took a lot of time to get the right paperwork instruction to the right location and to the right operator. Moreover, as previously mentioned, these instructions were not always specific, as it was not possible to provide completely custom work instructions for each product variation. How Did Azumuta Help? At Azumuta, we believe that the distribution of work instructions to the shop floor should be completely automated. Without any manual steps, we can push the correct work instruction, completely configured to the specific order, to the right operator at the applicable workstation. This decrease in complexity for the operator results in fewer errors and, eventually, an increase in productivity. In conclusion, the introduction of Azumuta has significantly improved the work instruction management process for RPL in several ways. Firstly, the variant functionality has allowed for the efficient management of an enormous amount of product variations, while also being more precise in terms of the content that the operator sees on the shop floor. Secondly, the agile way of working has increased the flexibility in adapting to changes, resulting in a competitive advantage. Lastly, the distribution of work instructions has become fully automated, resulting in a decrease in complexity for the operator, fewer errors, and an increase in productivity. The ability to adapt quickly to changes in work instructions has given us a competitive advantage, while the fully automated distribution of work instructions has decreased complexity and reduced errors on the shop floor. Azumuta has revolutionized our work instruction management process and made our operations more agile. — Koen Catteeu Operations Manager at Reynders Quality Control In the pharmaceutical sector, quality control is a highly important aspect of the production process. Before the introduction of Azumua, RPL already had adequate checkpoints during the production process that would make sure that the quality of the batch was up to standard. However, the challenge of paper-based quality checks was that operators were recording their observations on paper checklists, and these forms were later reviewed and analyzed by the quality control department before the final release of the order. This method is reactive, meaning that issues may not be identified until after they have occurred. It was, therefore, RPL’s goal to introduce a framework that would facilitate continuous quality control and feedback while the operator goes through the instruction steps. The end goal was to make sure mistakes were caught and rectified early on through real-time feedback, which decreased the possibility of a batch containing defective products. How Did Azumuta Help? First of all, as a first line of defense against quality issues, Azumuta is exceptionally strong in visualizing work instructions. This already decreases the possibility of errors, but at RPL, they wanted more assurance concerning quality control. To do so, we decided to integrate RPL’s ERP system with Azumuta so that client orders in the ERP system could be synced with Azumuta in real time with the correct context. In the ERP system, a lot of quality parameters are attached to a product order (e.g., type of varnish, the width of the label, label position, etc.). Via the integration, these quality parameters are sent to Azumuta, where we can eventually use them to provide automated and continuous quality control. How do we use these quality parameters in practice? With Azumuta’s software, it is possible to collect critical quality data during the production process due to our Electronic Batch Record system. This system ensures that certain values/parameters of the batch can be captured during the production process, either by letting the operator fill in certain checks or, at certain steps, automatically read values from certain hardware tools (e.g., inclinometer, scale, …). In terms of the first option, while the operator goes through the steps during the production of the batch, the instruction steps are configured so that the operator needs to provide input on certain quality metrics of the batch. This can range from a simple OK/NOK to the input of certain specifications of the batch (e.g. position where the label is printed, type of used varnish, etc.). Our platform captures this input, and then this data is compared in real time to the quality parameters that were received from the ERP system. This way, feedback or other actions can be taken in real time while the operator is going through the instruction steps. This is very powerful as RPL can now ensure continuous monitoring and feedback on operator input. This way, mistakes can be caught and rectified immediately, resulting in a decreased possibility of delivering batches of products with defects. Quality Certificate The quality certificate was not perceived as a real challenge at the time RPL was considering the software solution of Azumuta. However, one of the notable improvements that were implemented was the shift from a paper-based certificate of conformity (quality certificate) to a digital one. Initially, this transition was not part of the scope of the project, but it became evident that a digital certificate would be a significant improvement for RPL’s customers. This certificate of conformity needs to be sent to the client to prove the quality of the batch. The move to a digital certificate of conformity was a natural progression from the digitization of quality control within the software. As operators performed their quality checks using the software, the data was captured digitally. It was then apparent that this data could be exported into a custom-made report and sent directly to the customer when the final release took place. Before the introduction of Azumuta, the operator would manually fill in this certificate on paper during and after the production process to capture a list of quality metrics of the batch. One of the most significant drawbacks of a paper-based system are: - Increased risk of errors: Handwritten certificates of conformity are more prone to errors compared to digital records. The chances of making mistakes in manual data entry or calculation are higher, which can lead to incorrect information being recorded. - Time-Consuming: Filling out paper-based certificates of conformity is a time-consuming process that can take operators away from other important tasks. Moreover, manual record-keeping requires time and effort to organize, review, and retrieve documents when needed. - Limited accessibility: Handwritten certificates of conformity may not be easily accessible to all stakeholders who need to review or analyze the data. Physical documents may be limited in distribution and may need to be shared through physical copies or scanned copies, adding to delays and reducing accessibility. The digital certificate of conformity offers several advantages over the paper-based approach. Firstly, it eliminates the need for manual data entry, reducing the likelihood of errors and saving time. Secondly, it is more convenient for customers to receive a digital certificate as it can be easily stored and accessed electronically. Thirdly, the digital certificate can be sent instantly, reducing lead times and improving the efficiency of the quality control process. How Did Azumuta Help? As previously explained, our Electronic Batch Record system gathers all captured data related to the production of the batch. With this in mind, together with RPL, Azumuta developed an export feature that allows the digital quality check data to be automatically translated into an exported PDF or Word report. This feature enables their customers to receive the certificate of conformity as a detailed and accurate report that highlights the results of the quality checks in an easy-to-read format. By exporting the report directly from the system, customers can receive the report as soon as the final release takes place in production, reducing lead times and improving the overall efficiency of the quality control process. Moreover, by providing the export feature, we have eliminated the need for manual reporting and the possibility of data discrepancies. This ensures that RPL’s customers receive a reliable and consistent report every time. In addition to exporting the digital conformity reports to customers, the Azumuta software also offers an automatic storage feature on a GMP-compliant server (in case needed). With the introduction of Azumuta’s software solution, RPL was able to digitize their quality control process, allowing operators to perform quality checks using the software and capture data digitally. This data could then be exported into a custom report and sent directly to the customer when the final release took place, eliminating the need for manual data entry and reducing the likelihood of errors. — Koen Catteeu Operations Manager at Reynders Implementation With the above-mentioned challenges in mind, RPL searched for a partner to help them in achieving their goals. After evaluating various options and a demonstration, Azumuta was selected by Koen Catteeu, Mieke Sebrechts, and their team for this endeavor. In this section, we are briefly laying out how the implementation of Azumuta at RPL went. First, the RPL team decided to translate their paper instructions to Azumuta format, which was the biggest chunk of work. After that, they tested the system for one client to get to know the Azumuta look and feel. After positive feedback, they decided to do the rollout for all other clients and products after two weeks. In the meantime, the connection between RPL’s ERP system and Azumuta was also established. This way, client orders in the ERP system could be synced to Azumuta in real time with the correct context (quality parameters, variants, etc.). As previously explained, this was needed in order to facilitate digital quality control. Through good cooperation, RPL was able to implement the usage of Azumuta for the complete shopfloor after 3-4 months. According to Koen Catteeu, one of the key reasons for this fast and effective implementation was the fact that Azumuta is very user-friendly for persons who do not necessarily have a background in IT. This meant that persons who were close to the shop floor (e.g., production engineers) could lead this project, which resulted in the ability to work agile. Of course, there were several instances where they had to make quick changes during the implementation. This was, however, effectively responded to through support and collaboration between all involved parties. According to Koen Catteeu, it was highly enjoyable to see how easy the switch went from paper to digital in terms of operator adoption. At first, the operator could always resort to paper copies of the work instructions that were displayed in Azumuta, but after a couple of weeks, these paper copies were rarely used anymore. Seeing that Azumuta’s essence lies with operator support, this was a great testimony of how understandable and easy to use our software solution is for the operator. Switching from paper to digital with Azumuta was a breeze. Our operators quickly adopted the new system and were able to perform tasks accurately and efficiently thanks to the clear visual aids and proactive quality control management. We were impressed with how user-friendly and easy to use the software solution was, even for those without an IT background. The implementation process was fast and effective, and any changes we needed to make were quickly responded to through collaboration and support from the Azumuta team. — Koen Catteeu Operations Manager at Reynders From the very beginning the operators were happy with the implemented solution. They understood that digital work instructions and proactive quality control management provide great benefits in a manufacturing environment where precision is crucial to ensure high-quality products. With digital work instructions, operators can easily access clear visual aids that provide context for each step, making it easier for them to perform tasks accurately and efficiently. In addition, the proactive quality control management system can detect when an operator provides an incorrect quality-related answer and immediately provide feedback and follow-up actions to ensure that the correct quality requirement is met. This not only helps to prevent errors and defects but also allows operators to learn from their mistakes and continuously improve their performance. As a result, operators are more satisfied with their work and feel confident in their ability to perform tasks correctly. --- ## Customised work company WAAK: how Azumuta facilitates the workplace — WAAK Source: https://www.azumuta.com/case-studies/waak/ Company: WAAK Industry: Manufacturing Employees: 1k-5k Headquarter: Kuurne, West-Vlaanderen WAAK is a social enterprise dedicated to creating job opportunities for those facing barriers to the regular labor market since 1965. They form long-term partnerships with customers to ensure a sustainable future and emphasize ecological practices through circular collaborations. Their focus areas include industrial assembly, mounting work, packing, and cleaning tools. Through Azumuta, our employees can work much more independently. In doing so, they are building both our future and their own. Dominique KestelootProcess Improvement Manager WAAK: reliability is our greatest asset Providing tailor-made solutions for our clients by creating suitable jobs for their employees who are distanced from the labour market. That is the essence of WAAK. The company based in Kuurne has over 2,000 employees. In addition to their traditional industrial activities, where some 1,500 employees are active, around 500 employees work outside the company. “In 55 years, WAAK has grown into the largest customised work company in Flanders,” says Dominique Kesteloot, Process Improvement manager at WAAK. “The focus at WAAK is on making finished products, such as a cooker hood, a charging station or a ping-pong table. We divide the production process into several steps, each of which we safeguard to the maximum extent. In this way, we make complex work simple, with quality and sustainable partnerships as a result.” “That ‘Assembly’ is explicitly part of the name WAAK is no coincidence. It sets us apart from many other metalworkers. Like a traditional company, we have extensive machinery for bending, painting, punching and welding sheets and tubes. But we go one important step further. We also assemble the parts we make, on the same site. That way, we deliver a fully assembled end product.” WAAK focuses on development “People-focused business is our top priority. This means that we put our employees at the centre of our activities. After all, in a customised company, we work with people who, due to personal factors, have difficulty entering the labour market. They therefore need optimal support and guidance. So that they can develop their talent optimally and with full enthusiasm,” Dominique explains. “Because we are constantly working on creating full and meaningful customised work, the need for customised work instructions also emerged. At our customer Addax we came into contact with Azumuta for the first time. We took a look behind the scenes and soon found out that Azumuta was a solid system.” “Like other organisations, we are always looking for new digital solutions to be able to continue to guarantee the best service on the one hand and to create permanent work for people with disabilities on the other.” “Having the software was one thing, drafting the instructions was another,” says Dominique. We work with non-native speakers and people who do not master the skill of reading, or not to a sufficient extent. That is why it was important to work visually. With Azumuta we had that opportunity.” “We started automating 20 workstations. Our employees scan their work order and Azumuta shows the correct instruction flow. In this way the correct work instructions can be run through. We try to approach the real situation as closely as possible, the software shows the correct images with the order and elaboration of a certain assembly. Step by step.” Small sequences and great diversity make that more difficult for our people. We try to close that gap with technology. — Dominique Kesteloot Process Improvement Manager “The tool is fully tailored to our employees. After scanning their personal batch and scanning the order form, there is feedback with the ERP system. If the data are correct, the work item and product are matched. In this way, there is an automatic check that the right employee is at the right workstation.” “Due to the great diversity that exists between different types of customers and products, it is important that our employees can switch easily and quickly from one type of work to another. This therefore requires some flexibility in staff deployment.” “Switching workstations involves meticulous planning. Because Azumuta offers the possibility of working with visuals, we can minimise the training time when changing over without loss of quality. Our employees on the floor immediately see what is expected of them and what actions they have to take. The multilingualism of our operators also makes visuals an extra asset.” “Organisational changes are not always obvious to our people. It is an art to choose the right approach in changing situations. We will therefore involve our employees as much as possible, better still, we will give them a responsible role in change management. We offer frameworks in which our employees can get to work and we stimulate them in this process. All this by taking small steps,” Dominique explains. “Each team is supported by an experienced supervisor who supervises their work. But we also pay a lot of attention to the personal development and independence of our employees. Through Azumuta they can work much more independently, this also pays off in their commitment. Their self-image goes up which results in a positive approach to themselves and others.” Looking to the long term “Sustainability is high on the agenda at WAAK. This focus is expressed in various facets of daily operations. Of course, social employment is important within that vision. WAAK gives employment opportunities to people who, for whatever reason, cannot find access to the regular labour market.” “A big challenge remains the changing market. Small series and great diversity make it more difficult for our people. That is why we are constantly adapting the production processes and workplaces to the needs of our customised workers. The influence of work instructions will therefore only increase in this story,” says Dominique. Azumuta in three words according to WAAK: - Visual - Efficient - Clear This is how Azumuta helps companies like Waak: - Customised digital work instructions - Visual support - On-the-job training - Tailor-made support for employees --- # Pillar blog posts ## The Ultimate Guide to Digital Work Instructions Source: https://www.azumuta.com/blog/the-ultimate-guide-to-digital-work-instructions/ Published: 30 September 2022 Updated: 07 May 2025 Categories: Work Instructions By replacing static paperwork with digital work instructions, operators obtain effective guidance throughout manufacturing processes. The result? Faster production times and increased quality. Learn more about how digital work instructions are changing the manufacturing industry. As companies strive to become more efficient and productive, the use of digital work instructions (DWIs) is on the rise. By using digital work instructions, employees are able to complete their tasks more quickly and with fewer errors. However, in order for digital work instructions to be effective, they must be well-designed and easy to follow. That means taking the time to create clear and concise instructions that are easy to understand. The last thing you want to deal with is confusion and frustration from your employees because they can’t figure out how to complete a task. When it comes to building and implementing DWIs, there are a few things you need to keep in mind. In this guide, we’ll show you how to create excellent digital work instructions that will help your business run smoothly. Quick FAQs to get you up to speed What are Digital Work Instructions (DWIs)? Digital Work Instructions (DWIs) are interactive, multimedia-rich guides that replace paper-based work instructions. They include text, images, videos, and real-time updates to help workers follow step-by-step manufacturing processes with precision. What problem do DWIs solve? They eliminate confusing, outdated, and hard-to-read paper instructions, ensuring consistent quality, faster training, and fewer errors on the production floor. What are the best Digital Work Instructions software? Here are five leading DWI platforms: - Azumuta – Best for customizable, real-time work instructions - Tulip – Ideal for tracking shop floor performance - Dozuki – Best for multilingual & collaborative work instructions - Poka – Great for video-based knowledge management - SwipeGuide – Best for customizable, cloud-based instructions Are there compliance or regulatory benefits? Yes! DWIs help manufacturers comply with ISO 9001, FDA, and EU safety regulations, ensuring fewer compliance issues and smoother audits. What are the risks of NOT using Digital Work Instructions? Without DWIs, manufacturers face higher error rates, costly production delays, inefficient training, and difficulty maintaining quality standards. How do I choose the best DWI solution for my business? Consider these key factors: - Ease of use for operators - Multimedia support (videos, images, PDFs) - Integration with existing ERP & MES systems - Real-time updates & version control - Mobile & tablet accessibility Digital work instructions (DWIs) are multimedia-rich documents that replace paper-based instructions with digital equivalents. Depending on the task at hand, DWIs can include text, images, videos, audio recordings, and other interactive elements – making them a more effective way to communicate instructions than traditional paper-based documents. While digital work instructions are often designed to complement the existing training process, they can be used as standalone documents. Digital work instructions quickly become the go-to choice for any manufacturing process engineer looking to improve their operational efficiency and execution. Why Are Digital Work Instructions Important? If you are going to effectively communicate how a task should be completed, digital work instructions are key. By providing employees with these clear and concise instructions, you can significantly improve efficiency and productivity in your workplace. With greater clarity, you can enjoy a higher quality of work and output as those involved face less complexity. For years, work instructions were given via a paper document. These static documents, which were often difficult to read and update, are now being replaced by DWIs. There were several problems with traditional work instructions, including: - They could be difficult to read or understand without proper context - They were often outdated by the time they were distributed - They were difficult to update and change as quickly as roles changed - They could be lost or damaged easily, and took up space unnecessarily - limited visual support (only pictures were possible) Paper-based documents for work instructions are becoming a thing of the past. In their place, digital work instructions are taking over. But the adoption of digital instructions goes beyond simply replacing paper – they have served help to redefine the work instruction process as a whole, and solve many of today’s biggest workforce issues: 1. The Rise of Industry 4.0 and Smart Factories Industry 4.0 describes the current trend of high-efficiency and data exchange in manufacturing technologies. It includes cyber-physical systems, the Internet of Things, and cloud computing. Essentially, it’s the fourth industrial revolution – and it’s quickly changing the way work is done. In order to stay competitive, businesses must adopt new technologies and processes. One way to do this is by using digital work instructions. By providing employees with mobile devices that have access to digital instructions, they can easily follow the steps required to complete a task. Additionally, if a process changes, the digital instructions can be updated quickly and easily – without having to reprint and redistribute paper documents. 2. The Need for Improved Employee Engagement Employee engagement is essential for businesses to be successful. When employees are engaged, they are more productive and more likely to stick around. DWIs can help improve employee engagement by providing employees with a clear understanding of their roles and responsibilities. Additionally, digital work instructions can help to eliminate mundane tasks, freeing up employees to do more interesting and engaging work. 3. Greater Demand in a Skilled Labor Shortage The skilled labor shortage is a global issue that is only getting worse. As baby boomers retire, there are fewer people to fill the skilled labor positions that they leave behind. Yet many of today’s workers are arriving on the floor without the cultural knowledge that a manufacturing company may have developed over time. To ensure that new hires are integrated smoothly into already-existing processes, digital work instructions can easily be updated and adapted with the input of experienced workers. By providing clear and concise instructions, businesses can ensure that everyone – regardless of experience level – can complete tasks correctly. This can ensure that your company doesn’t face a “catching-up” period when new team members are rotated onto the floor. 4. Capturing Tribal Knowledge Tribal knowledge refers to the skills, know-how, and experience that is passed down from one generation to the next. In many cases, this knowledge is not captured or documented – it simply lives in the heads of employees. This can be a problem when an employee leaves the company, taking their knowledge with them. In a manufacturing or industrial setting, losing tribal knowledge can be detrimental to the business. With digital work instructions, businesses can capture this knowledge and ensure that it’s not lost when an employee leaves. By documenting processes and procedures, businesses can create a valuable resource that can be used to train new employees and onboard new operators. 6. Enhancing a High-Mix, Low-Volume Environment Today’s companies are experiencing the need for shifting to mass customization. Greater options for consumers mean manufacturers must be ready to answer complex customization needs. Companies are now shifting to a high-mix, low-volume manufacturing style to keep up. High-mix, low-volume manufacturing is a type of manufacturing that involves a wide variety of products being produced in small quantities. This can be a challenge for businesses, as it can be difficult to keep track of all the different processes and procedures. With greater customization comes the need for detailed instructions. Yet it’s nearly impossible to ensure that paperwork instructions are accurate for the ever-growing number of combinations. This is where variants come into play. With the help of variants, digital work instructions can tackle this challenge by allowing for updating specific instructions faster. DWIs can help businesses to overcome this challenge by providing a centralized location for all the information related to a certain process or procedure. By having all the information in one place, businesses can ensure that everyone is on the same page and that tasks are completed correctly. Digitalize Work Instructions Create digital work instructions for your shop floor operations Get a Demo The Characteristics of Quality Digital Work Instructions Now that we’ve looked at the benefits of digital work instructions let’s take a closer look at what makes for quality digital work instructions. Some of the characteristics of quality digital work instructions include: 1. A Clear Development and Implementation Plan Before creating digital work instructions, businesses should develop a clear plan outlining the objectives and goals of the project. Additionally, businesses should have a clear understanding of who will be using the DWIs and how they will be used. For example, if floor teams are going to be using the DWIs to complete tasks, businesses should consider how best to integrate the DWIs into their current workflows. 2. Detailed and Concise Instructions Digital work instructions should be detailed and concise, providing employees with all the information they need to complete a task correctly. Additionally, DWIs should be easy to follow, with a step-by-step approach that is simple and straightforward. Not only can this help to improve the quality of work, but it can also help to increase efficiency as employees will be able to complete tasks quickly and without errors. 3. Visual Aids and Images Digital work instructions should make use of visual aids and images to help employees understand the tasks they need to complete. Additionally, by using visuals, businesses can ensure that the DWIs are accessible for employees with different learning styles. 4. Regular Updates Digital work instructions should be regularly updated to reflect changes in processes and procedures. Additionally, businesses should consider adding new features and functionality to the DWIs on a regular basis to keep employees engaged. An example of this could be adding gamification elements to the digital work instructions, such as leaderboards and badges, to encourage employees to complete tasks quickly and accurately. 5. Ease of Use Digital work instructions should be easy to use, with a user-friendly interface that is intuitive and straightforward. Additionally, businesses should consider how employees will be accessing the DWIs, such as on a mobile device or desktop computer. It’s also important to ensure that the digital work instructions can be easily updated and edited as required, without the need for complex coding or technical knowledge. 6. Accessible from Anywhere Digital work instructions should be accessible from anywhere, at any time. This is especially important for businesses with employees who work remotely or in different time zones. Additionally, businesses should consider how the DWIs will be stored, such as in the cloud or on a local server. 7. Secure and Reliable Digital work instructions should be secure and reliable, with robust security features to protect sensitive information. Additionally, businesses should consider how they will ensure that the digital work instructions are always available, even in the event of a power outage or internet connection issue. 8. Flexible and Scalable Digital work instructions should be flexible and scalable, able to be used by businesses of all sizes. Additionally, businesses should consider how the DWIs can be adapted to meet their specific needs, such as by adding custom fields or integrating with other software applications. 9. Support and Training Digital work instructions should come with support and training, to help businesses get the most out of the software. Additionally, businesses should consider how they will ensure that employees are properly trained on how to use digital work instructions. 10. Cost-Effective Digital work instructions should be cost-effective, with a pricing structure that is flexible and affordable. Additionally, businesses should consider how the DWIs can save them money in the long run, including building a more efficient method of creation. For instance, some digital work instructions software applications offer free trials, so businesses can try out the software before committing to a subscription. Other DWI software applications offer discounts for businesses that sign up for an annual or monthly subscription. Digitalize Work Instructions Create digital work instructions for your shop floor operations Get a Demo How to Create The Perfect Digital Work Instructions for Your Teams One of the best ways to understand the development of digital work instructions is to walk through building one. For this example, we will consider the strategy and design of a DWI for a manufacturing floor team. Each step will explain how to account for the needs of your team while you create or revamp a digital work instructions system. 1. Define the scope of work instructions. To get started, you need first to understand what tasks will be carried out on the manufacturing floor. What processes will workers need instructions for? What is the sequence of steps for each task? What tools and materials will be required? 2. Draft a high-level overview of each task. Once you have identified all of the tasks that will need to be carried out on the manufacturing floor, you need to draft a high-level overview of each one. This overview should include a list of all of the steps involved in the task, as well as any special considerations that need to be taken into account. 3. Create a detailed step-by-step guide for each task. After you have created a high-level overview of each task, you need to create a more detailed step-by-step guide for each one. This guide should include: - A description of each step - The tools and materials required for each step - Any safety concerns that need to be considered - Information on where to access help if needed 4. Incorporate visuals and illustrations into the work instructions. In order to make the work instructions as clear and easy to understand as possible, you should incorporate visuals and illustrations into them wherever possible. This could include photos, diagrams, or even videos. For this example, consider creating a video that walks through the steps of assembling a product. This could be especially helpful if the task is complex or if there are a lot of small details that need to be taken into account. For a digital work instructions system, videos can be hosted on a dedicated YouTube channel or on the company website. 5. Create a testing and quality assurance plan. Before you roll out the digital work instructions to the manufacturing floor team, you need to create a testing and quality assurance plan. This plan should include: - A description of how the work instructions will be tested - Who will be responsible for testing the work instructions - What criteria will be used to determine whether the work instructions are effective - How often the work instructions will be reviewed and updated By following these steps, you can create digital work instructions that are clear, easy to understand, and tailored to the needs of your manufacturing floor team. But the process doesn’t end here – make sure to review and update the work instructions on a regular basis to ensure that they remain accurate and up-to-date. How are Digital Work Instructions Implemented on the Shop Floor? Now that we’ve gone over how to create digital work instructions, let’s take a look at how they are implemented on the shop floor. The first step is to make sure that all workers have access to the digital work instructions system. This system can be accessed through a computer, tablet, or smartphone. For workers who don’t have regular access to a computer, the work instructions can be printed out and made available in a central location. Once workers have access to the digital work instructions system, they should be trained on how to use it. This training should cover: - How to navigate the system - How to find the work instructions for specific tasks - How to search for information within the work instructions - How to flag errors or inconsistencies in the work instructions After workers have been trained on how to use the digital work instructions system, they can begin using it for their everyday tasks. The system should be used as a reference when workers are unsure of how to complete a task or if they need clarification on any of the steps. If workers have any suggestions for how to improve the DWIs, they should be encouraged to submit their ideas to the team responsible for maintaining the system. By constantly reviewing and updating the work instructions, you can ensure that they remain accurate and helpful for the workers on the shop floor. Digital work instructions can be an incredibly valuable tool for manufacturing floor teams if they are created and implemented correctly. By following the steps outlined in this guide, you can create DWIs that are clear, easy to understand, and tailored to the needs of your team. But the process doesn’t end here – make sure to review and update the work instructions on a regular basis to ensure that they remain accurate and up-to-date. Advantages of using Product Variants Introducing product variants in digital work instructions offers numerous advantages that can greatly enhance efficiency and accuracy in complex manufacturing processes. By defining different product variants within the software, companies can streamline the work instruction creation process and cater to the increasing demand for customized products. One key advantage of using product variants in work instructions is the ease of linking and maintaining specific steps for each variant. In traditional paper-based instructions, managing multiple product variations can be cumbersome and error-prone. However, with digital work instructions, updates and changes can be made centrally, ensuring that operators always have access to the latest and most accurate information for each product variant. Moreover, as products become more customized and complex, the number of steps involved in assembly or production tends to increase. By tailoring the work instructions to each product variant, operators no longer have to sift through irrelevant steps, reducing the chances of errors and improving overall productivity. This targeted approach ensures that the operator only sees the steps relevant to the particular product order they are working on, leading to faster and more efficient assembly processes. Furthermore, the utilization of digital work instructions with product variants can lead to significant time and cost savings. With streamlined access to the right information, operators spend less time searching for instructions and more time focusing on the task at hand. This increased efficiency can result in reduced downtime, minimized production errors, and improved overall quality. Top Digital Work Instructions Software While the concept of digital work instructions for manufacturing can be enticing, they are nothing without a robust and reliable software system to back them up. Some manufacturing software allows you to create, store, and access work instructions whenever needed. Plus, you can easily customize, optimize, and update instructions as required. Here are some of the top manufacturing software that include digital work instructions solutions: 1. Azumuta Azumuta is a software solution designed for manufacturing companies that provide digital work instructions to guide operators, enhance their productivity, increase employee satisfaction, and improve the quality of the products. Azumuta provides a work instructions editor that allows full customization. It offers an easy-to-use and paperless platform that comes with various features, such as photo and video imports, 3D file viewer, PDF attachment, connection to peripherals, quality control options, and much more. All these features, enable users to create effective digital work instructions. Next to work instructions, Azumuta’s platform offers complementary modules focused on other aspects of the manufacturing process where work instructions can be leveraged, such as: - Skill Matrix & Training – Where HR can use work instructions as training material - Quality Management – Where operators can flag quality issues for Quality Managers while following work instructions. - Audits & Digital Checklists – For Safety Managers and Maintenance Managers to add preventive and compliance requirements on the instructions. 2. Tulip Tulip is a software solution that assists manufacturing companies in optimizing their frontline operations. It offers valuable insights into quality, process cycle times, and other relevant metrics. Tulip uses cloud-based technology to support retail operations. With Tulip, manufacturers with IT skills can create step-by-step instructions. The platform also allows users to track performance in real time and make adjustments as needed. 3. Dozuki Dozuki’s work instructions allow managers to create easy work instructions and translate them into over 100 languages. An instruction can have several authors and have photos and videos available. They are mostly focused on workforce training and retraining and have the ability to gather shop floor feedback. They, however, don’t support a Skills Matrix to track employees’ profiles. 4. Poka Poka supports visual work instructions with video, text, images, documents, links, and e-signatures. They also support checklists and forms. Their mission is to standardize operations and improve management on the shop floor. Their product development is mostly focused on knowledge management, so quality management and preventive maintenance are not yet part of their offer. 5. SwipeGuide SwipeGuide’s focus is to build knowledge documentation to instruct on how to build. They support work instructions across different industries to help businesses coordinate instructions, checklists, and training. The tool can work online or on-site, making it very customizable. A downside of SwipeGuide is the need for technical support while setting things up or when updates are required. Unlike other products, you need a lot of technical knowledge to go about this tool Examples of Successful Work Instructions So what do robust work instructions look like? Here are a few examples to consider: Addax Motors: Using Digital Work Instructions Move From Excel Docs to Interactive Processes Before using Azumuta, Addax Motors relied on paperwork instructions and Excel spreadsheets in their manufacturing processes – making processes labor-intensive and time-consuming. When they moved their production line, they switched to digital work instructions with Azumuta. The platform has centralized the orders and made the onboarding process more streamlined. It has also simplified the production process monitoring and provided user-friendly interfaces for administrators and operators. Plus, a focus on lean manufacturing principles, digitalization, and automation has helped Addax Motors move from a manual process to an interactive one. Provan: Enhancing Operator Efficiency with Digital Work Instructions for Manufacturing Provan, a metalwork company, has shifted from paper and PDF work instructions to completely digital ones using Azumuta. The interactive digital work instructions help operators assemble products correctly and efficiently. Azumuta also offers features like scheduling audits, reporting production issues, and tracking operators’ time spent on tasks. By integrating with their ERP system, Provan has created a seamless interaction between software and production processes, resulting in a paperless factory floor and improved efficiency. Implement Strong Digital Work Instructions Today If you want to take your digital work instructions to the next level, consider investing in a dedicated software solution. These solutions offer features like task scheduling, performance tracking, and real-time analytics that can help you further optimize your manufacturing process. No matter what route you decide to take, remember that DWIs are only as good as the team using them. Make sure to invest in training and feedback mechanisms to ensure that your team is using the work instructions correctly and effectively. With the right digital work instructions in place, you can take your manufacturing operation to the next level. ✨ Azumuta Intelligence: Save Time Leveraging AI to Create Digital Work Instructions See how user-friendly Azumuta Intelligence truly is Learn More --- ## Digital Work Instructions: Everything You Need to Know Source: https://www.azumuta.com/blog/digital-work-instructions-full-guide/ Published: 13 June 2023 Updated: 07 May 2025 Categories: Digital Transformation, Product, Work Instructions Digital work instructions are key for modern manufacturing. Implement them with Azumuta for higher efficiency, accuracy, and productivity while reducing costly errors. In an industry as complex as manufacturing, ensuring everyone on the shop floor is equipped to carry out their tasks is vitally important. Effective communication, the streamlining of work processes, and the elimination of unnecessary tasks are all essential to a successful operation. Historically, floor operations relied heavily on paper and other printed documents to share instructions with employees. These “work instructions” were designed to guide each individual through their assigned tasks to achieve the desired result. The goal? The same, consistent outcome each and every time. The problem? Traditional work instructions haven’t kept up with the times. The solution? Digital work instructions that ensure employees are equipped with the right information at the right time. Digital work instructions provide a more efficient method to implement processes and procedures in a manufacturing environment. Digital documents are easier to store and update and can be accessed across multiple locations. This reduces the risk of outdated information and increases consistency across production teams. If your company isn’t quite up to par with digital work instructions, don’t worry. It doesn’t take much to make the shift from paper to digital. Let’s take a closer look at digital work instructions – from what they are to the best solutions you should consider to bring them to your production floor. Quick FAQs to get you up to speed What are digital work instructions? Digital work instructions are interactive, electronic guides that help workers complete tasks accurately by providing real-time, step-by-step procedures on any device. What problem do digital work instructions solve? They eliminate outdated, unclear, and difficult-to-update manuals, reducing human errors, improving productivity, and making compliance easier. What are the biggest benefits of digital work instructions? - Real-time updates – Instructions are always current and accessible. - Interactive guidance – Step-by-step visuals, videos, and checklists. - Reduced training time – Faster onboarding for new employees. - Instant access anywhere – Viewable on tablets, phones, or smart glasses. Are there compliance or regulatory benefits? Yes. Digital work instructions ensure consistency, traceability, and compliance with standards like ISO 9001, OSHA, and industry-specific regulations. What happens if manufacturers don’t use digital work instructions? Without them, companies face higher error rates, longer training times, and inefficient production, all of which increase costs and slow down output. How do you implement digital work instructions successfully? - Choose a work instruction software that integrates with your current systems. - Use multimedia content like videos and AR for better clarity. - Continuously update and optimize instructions based on worker feedback. - Train employees on how to use digital work instructions effectively. The Importance of Clear Instructions in Manufacturing In 2022 and 2023, automation has been a key point of investment across the european manufacturing industry. Furthermore, the International Data Corporation (IDC) predicts that by 2024 about 50% of manufacturers will prioritize digital literacy as a skill set during the talent acquisition/retention process to stay competitive. Having clear and concise instructions for this new and tech-savvy workforce is vital to thrive in the sector. It allows for a swift and efficient workflow that deprecates paper-based instructions in favor of digital solutions. Traditional paper instructions are often: - Outdated: Paper documents can be challenging to update, making it hard to ensure information remains up-to-date. A single mistake in the production process can lead to costly and time-consuming rework. - Unclear: Written instructions often lack clarity and detail, leading to confusion and mistakes. This can slow down production times and cause quality issues. Imagine if a new machine is added to the line, but the instructions don’t reflect the change – a recipe for disaster. - Inefficient: Paper-based processes require manual tracking of documents, which is labor-intensive and prone to human error. It’s impossible to know where a document is at any given time, and changes can’t be made quickly or efficiently. - Difficult to Access: Paper documents require physical storage and retrieval, making it difficult for teams to access them quickly on different shifts or in multiple locations. Digital work instructions provide an adaptive and visually appealing alternative with interactive elements for improved learning and user experiences. And with their cloud-based architecture, they can be quickly and easily accessed from any location at any moment by any authorized user. What are Digital Work Instructions? Since traditional work instructions can’t keep up with the demands of a modern manufacturing floor, how can manufacturers stay organized and efficient? Digital work instructions are the answer. Digital work instructions (DWIs) are interactive, multimedia-rich documents that replace paper-based instructions with digital equivalents. Depending on the task at hand, DWIs can include text, images, videos, audio recordings, and other interactive elements – making them a more effective way to communicate instructions than traditional paper-based documents. While digital work instructions are often designed to complement the existing training process, they can be used as standalone documents. Digital work instructions quickly become the go-to choice for any manufacturing process engineer looking to improve their operational efficiency and execution. Why Use Digital Working Instructions in Manufacturing? The ability to access real-time information from anywhere information from any location, is invaluable in the manufacturing sector. While every industry can benefit from digital work instructions, a few key points continue to make them especially important in manufacturing: 1. Increased Role Accessibility Digital work instructions are easily accessible, allowing operators to retrieve information from various devices such as tablets or smartphones. When working on a manufacturing floor, quickly accessing instructions can save a lot of time and effort. 2. Enhanced Flexibility Manufacturing involves working with a variety of products, machines, and processes. DWIs allow for flexibility when it comes to updating instructions quickly as needed. For instance, if you work on an assembly line for multiple products, switching the instructions depending on which product you’re assembling is easy. 3. The Power of Automation DWIs are usually integrated into a wider automation system, allowing for a more efficient workflow and better-informed decisions. This is especially true when combined with advanced analytics tools that provide real-time insights into production processes and performance data. 4. Greater Standardization Digital work instructions provide a standard format for presenting information—ensuring everyone is on the same page and following the same procedures. This helps reduce errors and ensures everyone follows the same safety protocols. 5. Reduced Downtime The bane of any manufacturing line is downtime due to errors or lack of availability of resources. DWIs help eliminate this problem by ensuring operators have the most up-to-date information and can easily access it whenever needed. 6. Boosted Compliance & Safety Digital work instructions can alert and guide operators through regulatory or safety procedures to minimize risks and ensure compliance with industry standards. This is especially important in manufacturing firms, as it helps protect workers and reduce liability risks. 7. Cost Savings Naturally, DWIs can help save money by eliminating the need for manual or paper-based processes. For instance, an effective digital work instructions system – when applied to a production line – can significantly reduce paperwork and manual error-checking. Additionally, storing all the information in one place makes it easier for companies to manage and update their processes. This helps reduce costs associated with maintaining multiple systems. 8. Improved Traceability Digital work instructions make it easier for manufacturers to track changes over time and improve their visibility into the production process. With easy access to information, manufacturers can quickly identify and rectify any issues that may arise with their processes or products. Top Digital Work Instructions Software While the concept of digital work instructions for manufacturing can be enticing, they are nothing without a robust and reliable software system to back them up. Some manufacturing software allows you to create, store, and access work instructions whenever needed. Plus, you can easily customize, optimize, and update instructions as required. Here are some of the top manufacturing software that include digital work instructions solutions: 1. Azumuta Azumuta is a software solution designed for manufacturing companies that provides digital work instructions to guide operators, enhance their productivity, increase employee satisfaction, and improve the quality of the products. Azumuta provides a work instructions editor that allows full customization. It offers an easy-to-use and paperless platform that comes with various features, such as photo and video imports, 3D file viewer, PDF attachment, connection to peripherals, quality control options, and much more. All these features, enable users to create effective digital work instructions. Next to work instructions, Azumuta’s platform offers complementary modules focused on other aspects of the manufacturing process where work instructions can be leverage, such as: - Skill Matrix & Training – Where HR can use work instructions as training material - Quality Management – Where operators can flag quality issues for Quality Managers while following work instructions. - Audits & Digital Checklists – For Safety Managers and Maintenance Managers to add preventive and compliance requirements on the instructions. 2. Tulip Tulip is a software solution that assists manufacturing companies in optimizing their frontline operations. It offers valuable insights into quality, process cycle times, and other relevant metrics. Tulip uses cloud-based technology to support retail operations. With Tulip, manufacturers with IT skills can create step-by-step instructions. The platform also allows users to track performance in real-time and make adjustments as needed. 3. Operations1 Operations1 provides a certain degree of worker guidance for manufacturing companies. In a similar way to Azumuta, the platform is scalable and offers dynamic work instructions and checklists that can be used to ensure that processes are followed correctly. Operations1 enables users to connect with workers and oversee operations. Moreover, it offers digitization of employee-led production processes, starting from activity planning to process guidance. 4. Poka Poka supports visual work instructions with video, text, images, documents, links, and e-signatures. They also support checklists and forms. Their mission is to standardize operations and improve management on the shop floor. Their product development is mostly focused on knowledge management, so quality management and preventive maintenance are not yet part of their offer. 5. SwipeGuide SwipeGuide’s focus is to build knowledge documentation to instruct on how-to build. They support work instructions across different industries to help businesses coordinate instructions, checklists, and training. The tool can work online or on-site, making it very customizable. A downside of SwipeGuide is the need for technical support while setting things up or when updates are required. Unlike other products, you need a lot of technical knowledge to go about this tool. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more Examples of Successful Work Instructions So what do robust work instructions look like? Here are a few examples to consider: Addax Motors: Using Digital Work Instructions Move From Excel Docs to Interactive Processes Before using Azumuta, Addax Motors relied on paperwork instructions and Excel spreadsheets in their manufacturing processes – making processes labor-intensive and time-consuming. When they moved their production line, they switched to digital work instructions with Azumuta. The platform has centralized the orders and made the onboarding process more streamlined. It has also simplified the production process monitoring and provided user-friendly interfaces for administrators and operators. Plus, a focus on lean manufacturing principles, digitalization, and automation has helped Addax Motors move from a manual process to an interactive one. Provan: Enhancing Operator Efficiency with Digital Work Instructions for Manufacturing Provan, a metalwork company, has shifted from paper and PDF work instructions to completely digital ones using Azumuta. The interactive digital work instructions help operators assemble products correctly and efficiently. Azumuta also offers features like scheduling audits, reporting production issues, and tracking operators’ time spent on tasks. By integrating with their ERP system, Provan has created a seamless interaction between software and production processes, resulting in a paperless factory floor and improved efficiency. The Bottom Line With the continuous growth and a move toward digital transformation in manufacturing, the implementation of digital work instructions in the manufacturing industry has proven to be a game-changer. Adopting these efficient and accessible tools results in improved safety, better compliance, faster production, and, ultimately, increased revenue. Manufacturers considering a shift towards digital work instructions should carefully evaluate the top software options to find the most suitable solution for their organization. Implementing this modern approach ensures they stay competitive, optimize their processes, and maintain growth as the industry adapts to future advancements. Contact Azumuta today to begin the implementation of digital work instructions in your organization. Our team of experts is here to help you every step of the way to show you how to implement and leverage the most out of this powerful technology for your manufacturing floor. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more --- ## The Ultimate Guide to Skills Matrix & Training Source: https://www.azumuta.com/blog/the-ultimate-guide-to-skills-matrix-and-training/ Published: 29 November 2023 Updated: 19 June 2025 Categories: Audits & Digital Checklists, Training, Work Instructions In this ultimate guide, we will explore what a skills matrix is and how to create and manage an effective skills matrix. Moreover, we will also discuss the ongoing skills gap phenomenon, what a skills gap analysis actually is, how to conduct it, and the advantages of using skills matrix software. In the business world, there’s a commonly heard phrase: “Employees are any organization’s most valuable asset.” This phrase is not an overstatement, as employees are the cornerstone of any organization. Your employees are the ones who run the daily operations of your organization. Thus, your employees’ skill levels in their respective fields strongly correlate with your organization’s performance. Yet, is it possible to objectively measure and map your employees’ skill levels? The answer is yes, it’s indeed possible. Various tools can be used in assessing and mapping your employees’ skill levels. A skills matrix is the most convenient tool for doing so. Furthermore, a skills matrix is the primary tool for a skills gap analysis. Yet, what is a skills matrix? How to create and use it? What is a skills gap analysis, and how to perform it? And why is a skills gap analysis critical for any organization? In this ultimate guide, we will explore what a skills matrix is and how to create and manage an effective skills matrix. Moreover, we will also discuss the ongoing skills gap phenomenon, what a skills gap analysis is, how to conduct it, and the advantages of using skills matrix software. Quick FAQs to get you up to speed What is a skills matrix? A skills matrix is a visual tool that maps employee skills, competencies, and training progress to help managers make better workforce decisions. What problem does a skills matrix solve? It eliminates skill gaps, improves workforce flexibility, and ensures employees receive the right training to meet operational needs. What are the key benefits of using a skills matrix? - Identify training needs – Spot skill gaps and assign relevant training. - Improve workforce planning – Ensure the right people are in the right roles. - Boost productivity – Reduce downtime caused by untrained employees. - Increase worker engagement – Provide career development opportunities. Are there compliance or regulatory benefits? Yes. A skills matrix helps companies maintain training records for ISO 9001, IATF 16949, and OSHA compliance, ensuring workforce competency and safety. What happens if manufacturers don’t use a skills matrix? Without it, companies struggle with skill shortages, training inefficiencies, and workforce mismanagement, leading to lower productivity and higher risks. How do you implement a skills matrix successfully? - List key skills required for each role. - Assess employee competency through evaluations or self-assessments. - Assign targeted training to close skill gaps. - Regularly update the matrix to track progress and workforce development. What Is a Skills Matrix? A skills matrix is a mapping of your employees’ skill levels. It visually presents the skill levels of your team members in selected fields, measured in numbers (generally on a scale of 1-4, 1-5, 1-10, or 1-100). Color coding is also often used to make it more visually intuitive. Due to its simplicity and visually intuitive nature, a skills matrix is a highly dependable tool. It allows team leaders to immediately know the skill set of their team members, which skills still need to be improved, and which particular employees need extra training. All of that information can be obtained in a matter of seconds within a glance. How to Create and Use a Skills Matrix? Skills matrices can be divided into two categories: conventional and software-based. The differences lie in how a skills matrix is made and run. Here are the key characteristics of the two: Conventional Skills Matrix A conventional skills matrix is created and managed using a spreadsheet tool like Microsoft Excel or Google Sheets. With it, a user can manually draft a table for the skills matrix. In a column, insert the name of your team members. While on a row, list the skill fields that you want to map. In the cells between the column, as mentioned earlier, and the row, you can input the skill levels of each of your team members. The input is generally on a numerical scale, such as 1-4, 1-5, 1-10, and 1-100. It’s also recommended to color code the matrix, meaning that each number corresponds to a particular color. With color coding, your skills matrix will be more intuitive, allowing you to grasp its content much faster. Besides drafting your matrix from scratch, you can also use a skills matrix template. On the internet, there are plenty of skills matrix templates that you can download. Some templates are free, while others are paywalled. After finding a template that suits your preferences, download it and edit it using a spreadsheet tool of your choice. Be sure to edit the downloaded skills matrix template to fit your team’s needs, as downloadable templates are often very generic. Using Skills Matrix Software Besides manually drafting and managing your skills matrix using Microsoft Excel or Google Sheets, you can also use skills matrix software. There are countless skills matrix software platforms available on the market. Some software is only dedicated to creating and running skills matrices. In others, their skill matrix platform is part of a more extensive manufacturing management software. Using a skills matrix software offers numerous advantages over a conventional skills matrix due to its wide range of features. For example, skill matrix software offers a pre-made template, freeing you from the time-consuming task of designing the matrix from scratch. In addition, skills matrix software also allows you to create an automatically generated employee report for each employee. This allows an in-depth employee skills assessment to help detect skills gaps, organize a team task division, plan a weekly roster, and manage future training activities. And, of course, skills matrix software allows seamless data sharing and collaboration between different teams. A good skills matrix software enables multiple users to access the same corporate database at once, allowing cross-department cooperation. Hence, you can say goodbye to traditional authorization request procedures. These are only a few examples of a software-based skills matrix’s advantages over their conventional counterparts. For a more expanded list of the advantages of using a skills matrix software, check out our article. Learn More About Azumuta’s Skill Matrix & Training Learn More Skills Matrix vs Competency Matrix “Skills matrix” and “competency matrix” are often used interchangeably. Many professionals even believe that they refer to the same thing. Both tools also share the same design and can come in a spreadsheet-based version or a software-based one. Despite the identical names, both are, in fact, two different tools with different contents and purposes. For an in-depth highlight on the differences between a skills matrix and a competency matrix, check out our comparative article here. What follows is a brief overview of the differences between the two matrices: Skills vs Competencies The fundamental difference between the two terms lies in the contents. As mentioned in the name, a skills matrix displays the skills levels of members within a team, while a competency matrix does the same with competencies. Yet, what’s the difference between skills and competencies? Skills Skills generally refer to the ability to execute a task within a job. Thus, a skills matrix contains only technical, job-related skills. It does not include soft skills, such as time management, leadership qualities, and other non-technical skills. For example, a skill matrix for an organization’s accounting team would include skills such as Microsoft Excel, accounting software such as Intuit QuickBooks, and knowledge of the International Financial Reporting Standards (or other standards valid in one’s jurisdiction). Another example is a skill matrix for a Warehouse Stocker. For this position, a project manager would include skills such as forklift driving, warehouse inventory management software such as Oracle Netsuite WMS, and the Occupational Safety and Health Administration’s Warehousing Safety Standards (or equivalent in other jurisdictions). Competencies On the other hand, competencies refer to the skills needed to perform a role or a position. It includes both technical and soft skills. Therefore, a competency matrix offers a broader picture than a skills matrix, but it’s less specific when mapping your team members’ skills. A good illustration is a competency matrix for a Quality Control Officer in a pre-packaged food factory. For this position, a competency matrix would include technical skills such as the ability to operate laboratory equipment and knowledge of relevant food safety standards, such as ISO 22000 plus regulations issued by the Food and Drug Administration (or similar measures in other jurisdictions). Meanwhile, relevant soft skills include attention to small details and communication skills needed to promote high-quality production standards to the assembly workers. The Use of Skills Matrix and Competency Matrix Within an Organization Due to their differing contents, a skills matrix and a competency matrix also serve different organizational functions. Here’s where they differ: Skills Matrix Due to its specific nature, a skills matrix is used to asses skills within a team or department. It assesses the selected skill set of employees within a team. A skills matrix is generally not used at an organization-wide level. Since a skills matrix tends to be technical, it’s typically drafted and managed by the project manager of a team or the most experienced and skilled member of that particular team. A skills matrix has several common uses, such as: - A task distribution system (so each employee will be assigned tasks that correspond to their skill levels) - Work rooster management (in case some employees are on leave, project managers can arrange the work roster so that there’s always an experienced team member within a shift at any given time) - Planning employee training programs - The primary tool when performing a skills gap analysis Competency Matrix Conversely, a competency offers a broader picture than a skills matrix but is less specific and technical in its contents. Human resources officers or employees often use a competency matrix from upper management. Since a competency matrix covers both technical and soft skills, someone can use it for: - Planning long-term employee succession and promotion - The organization’s database for determining employees’ compensation - A databank for future recruitment plans A Brief Overview of the Skills Matrix vs Competency Matrix Differences What Is a Skills Gap? One of the main functions of a skills matrix is to detect whether there’s a skills gap in your team. Yet, what is a skills gap exactly? And is it as alarming as many have said? The term skills gap refers to the mismatch between the skills required to carry out a job position and the skill set that an employee currently possesses. As a result, the employees’ output will be subpar due to insufficient skills. In more extreme cases, an employer cannot find a suitable employee to fill a job position due to the skills gap crisis in the job market. The skills gap phenomenon virtually exists in all sectors. However, the manufacturing sector is hit particularly hard. According to a Deloitte report, 2.1 million manufacturing jobs in the US are expected to be unfilled within the 2020-2023 timeframe. The report informs that manufacturing employers are having difficulty filling their vacancies due to the skills gap issue, which will even worsen in the coming years. The EU is also suffering from the same problem. A Eurofund research report has shown worker shortages in manufacturing have been found in all EU regions. Thus, the skills gap issue is a significant threat to the manufacturing sector. Various factors have caused and worsened the skills gap issue in manufacturing. Some of the leading causes are: - Retiring skilled and experienced workers - Not enough graduates in the Science, Technology, Engineering, and Mathematics (STEM) fields - Continuously evolving production technologies and techniques - Costly employee development programs - The lack of awareness and sense of urgency of the skills gap issue Be sure to check out our article for a deeper dive into the skills gap issue in the manufacturing sector and what you can do about it. What Is a Skills Gap Analysis? Now that the skills gap phenomenon is covered, is there a skills gap in my team? And if there is, what can I do about it? The best way to detect whether there’s a skills gap in your team is by performing a skills gap analysis. A skills gap analysis is the process of identifying the required skills to perform roles and comparing them with the current skill set of your team members. If a disparity between the two is detected, then it means that there is indeed a skills gap within your team. To conduct a skills gap analysis, you must use a skills matrix. When to Conduct a Skills Gap Analysis? A frequently asked question among project managers is, how often should a skills gap analysis be done? A skills gap analysis is indeed a time-consuming task that only some are looking forward to. In general, human resource practitioners recommend performing a skills gap analysis once a year. However, if one of the conditions below applies in your case, it’s best to do one as soon as possible: - Planning to acquire a new production technology, machinery, system, or technique - Aiming to introduce new products to the market - Having expansion plans (opening a new production facility, increasing production output, entering a new market, or any other form of expansion) - There has been a noticeable dip in your team’s performance - One or more of your team members have expressed their concerns about insufficient skills or overly heavy work burden How to Conduct a Skills Gap Analysis? Performing a skills gap analysis takes time and effort. Moreover, it’s crucial to have a functional and easily editable skills matrix during the entire process. To ensure its accuracy, a skills gap analysis is ideally done by the project manager of each team or by the most experienced and skilled team member. Check out our article for a step-by-step guide to performing a skills gap analysis. Here’s a brief overview of the key steps in conducting a successful skills gap analysis: Step 1: Identifying Employees’ Skills That Will Be Assessed The first step is to identify the skills that will be included in the skills matrix. And, of course, the assessed skills must be directly related to your team members’ daily tasks. Imagine that you’re the project manager of a product design team. Naturally, you would want to include skills such as AutoCAD, graphic design software such as Adobe Illustrator, and other relevant skills for a product designer. Step 2: Assessing Your Employees’ Skills If the relevant skills have been selected, it’s time to assess your team members’ skill sets. There are numerous methods of objectively evaluating your employees’ skills, such as: - Written quizzes and other forms of technical tests - Technical interviews - Grading your employees based on their Key Performance Indicators (KPIs) - Asking for comments and remarks from your other team members Translate your findings into easily understood numbers, such as 1-4, 1-5, 1-10, or 1-100. It’s also a good idea to color-code these numbers. Thus, you will have a visually intuitive skills mapping of your employees. Learn More About Azumuta’s Audits & Digital Checklists Here’s the first step to have a paperless factory Learn more Step 3: Analyzing Your Skills Matrix’s Data After your employees’ skills have been assessed and mapped, it’s time to analyze your skills matrix’s findings. Some necessary evaluations that must be considered when conducting a skills gap analysis are: - Are your employees’ current skill sets adequate to perform their daily tasks and to use the industry’s latest technologies and techniques? - How are your team’s KPIs in comparison with your competitors? - Is your team sufficiently staffed, and is your team members’ workload manageable? - Is there any employee who needs to catch up in their KPIs? - Is there any employee who will retire or leave your team? - Is your organization planning to expand its production, product range, or market reach soon? If so, how would it affect your team’s workload and responsibilities? The results of these evaluations will determine whether there is (or will be) a skills gap within your team. Step 4: Planning Short and Long-Term Employee Training Programs If a skills gap has been found, it’s in your best interest to resolve it immediately. The ultimate solution to closing a skills gap is by providing training in the field where the gap has been detected. A skills gap can appear in one or a few employees and be a team-wide occurrence. Should it appear in one or a small number of employees, then specialized tailor-made training programs are preferred. That way, your training programs will directly address the skills gap, and your sufficiently qualified employees won’t have to attend unnecessary training sessions. On the other hand, if a skills gap has been found among many employees, it’s rational to organize a team-wide training program. Thus, numerous employees can be trained at once, saving time and effort on your part. Step 5: If Necessary, Recruit New Employees Sometimes, more than just re-training your employees is needed to address a skills gap. If so, recruiting external talents is the remaining solution. Use the insights from your skills matrix to fill the skills lacking within your team. Supported by its visually intuitive employee skill mapping, your recruitment decisions will always be data-driven. Step 6: What to Do After the Skills Gap Analysis If the skills gap analysis has been completed and the skills gap has been closed (either by re-training or recruiting), there are several further measures that you can take. For instance, you can draft long-term employee development plans. Long-term employee development plans likely include: - Organizing regular training activities and seminars - Funding your team members’ industry conference and events participation - Providing a specified amount of funds and leave days for your employees to follow external courses and training - Having a corporate mentorship program, where a senior employee is paired with junior employees and is assigned to guide them - Team building activities - Establishing a team that organizes routine in-house training activities for your employees It will improve your team’s productivity and ensure employee loyalty. Within the ongoing skills gap phenomenon, retaining your highly skilled and experienced employees is in your best interest. According to an IBM survey, 36% of its respondents say that “continuous learning opportunities” are what employees expect from their employers (other than their salaries). Benefits of Using a Skills Matrix Software As has been conveyed, having an optimal skills matrix is one of the keys to achieving a successful skills gap analysis. A software-based skills matrix is far more potent than its conventional counterparts, offering many handy features. Therefore, it’s best to use a skills matrix software instead of a conventional spreadsheet-based matrix. Here are some decisive advantages of using skills matrix software: No Need to Start the Matrix from Scratch Using a skills matrix software offers an effortless and time-saving experience compared to its conventional counterpart. For starters, skills matrix software already comes with a built-in template – saving you from the burden of drafting and designing the matrix from scratch. Editing your skills matrix is also a walk in the park. Simply input the related data to the fields from the software, and you will have a fully functional skills matrix. Real-Time Reminders and Notifications Many skills matrix software comes with a notification feature. Many skills matrix software comes with a built-in calendar or can be integrated with popular calendars such as Google Calendar or Outlook Calendar from Microsoft. With this feature, you can plan short- and long-term training programs. Shortly before training is due, a notification will be automatically sent to your team members’ devices. These notifications ensure that all employees’ development programs will remain on track. Some skill matrix software can automatically generate a progress report for each employee. As a result, you can easily keep track of your employees’ skills development over time without spending hours crawling old databases and drafting individualized employee development reports on your own. A personalized report allows you to form individualized training plans for each employee. That way, your employee development strategies will always be on point and correspond to the individual needs of each employee. Easier Collaboration Unlike conventional spreadsheet-centered skills matrices, skills matrix software grants unprecedented collaboration opportunities. Previously, employees from team A had to manually request the document owner if they wished to access a skills matrix of team B. Then, the document owner from team B would have to grant access to team A manually. Repeat the process if members from teams C, D, E, and so on would like to request access as well. Skills matrix software typically allows multiple users from the same organization to access and use skills matrices at once. As a result, any authorized employee can access the needed data from any department without the hassle mentioned above. This feature grants seamless inter-department collaborations. Going 100% Paperless Last, switching to a skills matrix software means going 100% paperless. Gone are the days when someone printed a skill matrix and pinned it to a wall next to the manager’s office. Your employees can access your skills matrix from their PC, tablet, and smartphone anywhere, at any time. Besides the obvious environmental considerations, being 100% paperless is also a financially wise decision. Printing and paper expenditures seem trivial, but on a corporate level, their costs can quickly pile up. A survey in the US has uncovered that, on average, an employee prints 8,874 pages of paper per year, costing companies USD 725 per employee per year. Azumuta, a One-Stop Skills Matrix & Training Software Azumuta’s Skill Matrix & Training module is the most comprehensive option on the market. Not only does it offer all of the advantages mentioned above, but it’s also the only one that can integrate with a Digital Work Instructions system. With this integration, you can seamlessly create visually intuitive work instructions and send them to your employees’ devices. In addition, you can collect real-time data on the shop floor, fed directly to your PC, tablet, and smartphone – no need to go back and forth to the shop floor and manually input data into your spreadsheet. Thanks to this feature, you can continuously track your employees’ performance on the shop floor and add a layer of quality control – while saving precious man-hours simultaneously. Witness how Azumuta’s one-stop app has helped a client to reduce customer complaints by 60%, decreased the time needed to create and manage work instructions by 50%, speed up customer complaint resolution by 40%, and reduced the time required to train employees by 40% in their success story. Be sure to check other case studies where Azumuta has immensely improved production efficiency in countless organizations. Learn More About Azumuta’s Skill Matrix & Training Learn More --- ## The Complete Guide to the 5S Audit Source: https://www.azumuta.com/blog/the-complete-guide-to-the-5s-audit/ Published: 28 August 2023 Updated: 07 May 2025 Categories: Audits & Digital Checklists, Compliance, Quality Find out why Azumuta is the perfect tool for controlling quality and automating workflows in manufacturing. Make the most of your production process today! Are you overseeing manufacturing systems that require more than just a basic audit and inspection? Across the EU, the 5S audit process is becoming increasingly popular for assessing and improving workplace efficiency. Ensuring a streamlined process and a clutter-free working environment is crucial for the effective functioning of manufacturing units. The 5S system – a systems and process organisation system – helps you maintain cleanliness, orderliness, and efficiency in the work area. Studies show that the 5S audit process can help increase productivity, reduce waste and rework, and improve safety conditions. Best of all, when implemented from the manufacturing floor to the front office, it can reduce costs and improve customer satisfaction. But how do you measure the effectiveness of your 5S implementation? This is where the 5S audit comes in. Let’s dive deeper into understanding the 5S system, its audits, and how Azumuta’s digital checklists can elevate your audit processes. Learn More About Azumuta’s Audits & Digital Checklists Here’s the first step to have a paperless factory Learn more Quick FAQs to get you up to speed What is a 5S audit? A 5S audit is a structured review process that ensures workplaces follow the 5S methodology—Sort, Set in Order, Shine, Standardize, and Sustain—to improve organization and efficiency. What problem does the 5S audit solve? It eliminates clutter, inefficiencies, and safety risks by ensuring workspaces remain organized, clean, and optimized for productivity. What are the five steps of a 5S audit? - Sort (Seiri) – Remove unnecessary items from the workspace. - Set in Order (Seiton) – Arrange tools and materials for easy access. - Shine (Seiso) – Keep the work area clean and well-maintained. - Standardize (Seiketsu) – Create visual guidelines and consistency. - Sustain (Shitsuke) – Maintain 5S principles with regular audits. Are there compliance or regulatory benefits? Yes. A 5S audit helps with OSHA workplace safety compliance, ISO 9001 standards, and overall Lean Manufacturing best practices. What happens if manufacturers don’t perform 5S audits? Without them, workspaces become cluttered, tools go missing, productivity drops, and workplace safety risks increase. How do you conduct an effective 5S audit? - Use a checklist to assess each of the five 5S steps. - Engage employees to maintain workspace organization. - Identify problem areas and take corrective actions. - Schedule regular audits to ensure continuous improvement. What is the 5S System? The 5S system is a structured methodology rooted in the Japanese manufacturing context, aiming to optimise workplace organisation, efficiency, and safety. By implementing 5S, manufacturing processes can be streamlined, waste reduced, and productivity boosted. Each of the five “S” stands for a specific step, and together they form a holistic approach to maintaining a clean, organised, and efficient workspace. Seiri (Sort) The first step of the 5S system starts with organisation. Seiri involves going through all the items in a workspace and removing those that are not needed regularly. It aims to declutter the workspace and keep only essential items. On a manufacturing floor or a machine shop, operators might have a variety of tools and equipment scattered around their station. During the “Sort” phase, they would identify and remove any tools that are not frequently used, ensuring that only the most relevant tools are within easy reach, reducing the time spent searching for them. 2. Seiton (Set in order) Once non-essential items have been sorted out, this step ensures that the remaining items are organised in a manner that they can be easily accessed and used. A place for everything and everything in its place is the guiding principle. In the same machine shop, operators would then organise the retained tools in a logical order, perhaps by frequency of use or size. Tools might be placed on pegboards, labeled, and shadowed, so it’s evident where each tool belongs and when one is missing. 3. Seiso (Shine) Seiso focuses on cleaning and inspecting the workspace, ensuring everything is in good working condition. Regular cleaning can also act as a form of inspection to detect any abnormalities early on. Let’s return to the machine shop example. After daily operations, the machine shop floor might be covered in metal shavings, grease, or oil spills. The “Shine” phase would involve cleaning these up and inspecting the machines for any leaks or malfunctions that might have caused the spills, addressing potential issues before they escalate. 2. Seiketsu (Standardise) With the first three steps in place, this phase emphasises establishing standards to maintain the new orderliness. It involves setting up regular tasks, schedules, and procedures to maintain the newly organised workspace. In manufacturing, a shop might implement a checklist that operators must complete at the start and end of their shifts. This could include tasks like checking tool inventory, cleaning specific parts of their workstation or performing basic machine diagnostics. This ensures that the benefits of the first three S’s are sustained. 5. Shitsuke (Sustain) The final step – Shitsuke – all about creating a culture where the standards set in the previous step are maintained. This involves regular training, audits, and continuous improvement to ensure the 5S principles become a part of the company’s DNA. The machine shop could conduct monthly 5S audits where teams evaluate how well they adhere to the 5S principles. Regular training sessions could be held to onboard new employees or refresh the existing ones. Recognising and rewarding teams or individuals who excel in maintaining the 5S standards can also reinforce the importance of sustaining the improvements. What are the Typical 5S Audit Questions? As you can imagine, the 5S system can bring plenty of benefits to the manufacturing sector. But a system is only as valuable as its implementation and execution – which is why 5S audits are so important. 5S audits ensure consistent application and adherence to the 5S principles. By posing focused questions for each “S,” organisations can pinpoint areas of strength and those requiring improvement. Here are five questions for each of the 5S principles: Seiri (Sort) - Are all items in the workspace deemed necessary for current operations? - Can any items be removed, recycled, or relocated to optimise the workspace? - Is there a clear distinction between necessary and unnecessary items? - Are items used infrequently kept separately from those used regularly? - How frequently is the workspace assessed for redundant or obsolete items? Seiton (Set in order) - Are tools and equipment arranged in a logical order for ease of access? - Do clear, designated places exist for all items? - Are tools and materials located near their point of use to minimise movement? - Are storage methods (like shadow boards) in use for easy tool identification and placement? - Are pathways, borders, and zones clearly marked and labeled? Seiso (Shine) - Is the workspace visibly clean, with no signs of dirt, dust, or spills? - Are cleaning supplies easily accessible and located near areas that require regular cleaning? - Is there a routine cleaning schedule in place and followed consistently? - After cleaning, are tools and machines inspected for defects or wear? - Do employees take initiative to clean and maintain their personal workspaces? Seiketsu (Standardise) - Are standarised procedures documented and displayed visibly for all tasks and processes? - Do checklists or visual aids exist to guide cleaning and organising activities? - Is there consistency in how different workspaces or workstations are organised and maintained? - Are employees trained on the 5S principles and their specific roles in maintaining standards? - Are there regular reviews to update and refine the standarised processes? Shitsuke (Sustain) - Is there an ongoing commitment from leadership to support and enforce 5S principles? - Are 5S audits conducted regularly to evaluate adherence and identify areas for improvement? - Are employees empowered to suggest and implement improvements in the 5S system? - Is there a feedback mechanism in place for employees to report challenges or successes with the 5S system? - How are teams or individuals recognised or rewarded for consistently upholding or improving upon the 5S standards? Using a 5s audit sheet or a digital checklist? Pros and Cons Traditionally, 5S audits have been conducted with paper-based checklists. This is an effective method to score standards of cleanliness and orderliness, but it can be time-consuming and inefficient – especially when multiple audits need to be conducted. Digital checklists are increasingly being used as they offer a number of advantages, such as speed and accuracy in data collection, real-time reporting that can help identify areas for improvement, or the ability to run analytics on the collected data. Let’s look at the pros and cons of different 5S audit checklist methods: Pros of a digital checklist: - Flexibility: Can be accessed from any device. - Collaboration: Tools like Azumuta allow managers and operators to collaborate, and add images, videos, and other interactive elements directly from the shop floor. - Eco-friendly: Reduce the use of paper and enhance sustainability measures. - Automation: Results are easily stored in a centralised database for further review and analysis. - Accuracy: Digital checklists enable data accuracy across multiple audits, reducing the risk of human error. - Actionable Data: Collected data can be used to identify trends or areas of improvement over time. Cons of a digital checklist: - Initial Set-up Time: Transitioning from paper to digital might require training. - Cost: An upfront investment is needed for the hardware and software setup. - Security Concerns: Digital systems should include a secure data system to protect against unauthorised access. Pros of a paper-based checklist: - Simplicity: Easy to use without much technical know-how. - No Dependency: Not reliant on power or internet connectivity. - Lower Cost: Requires minimal setup and no additional hardware or software costs. Cons of a paper-based checklist: - Time-Consuming: Manual data entry adds an extra step and time – particularly when updating or retrieving information. - Security Risk: Paper checklists can be easily accessed by an unauthorised user, leading to potential misuse of data. - Inefficiency: Without integration into a larger system, paper-based checklists cannot provide real-time updates on progress or tasks completed. - Limited Analysis Ability: Difficult to accurately track progress over time without digital records. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more 5S Audit Checklist To ensure that your audit covers all necessary aspects, a comprehensive 5S audit checklist is essential. Azumuta offers a thorough 5S audit checklist to guide you through the process – helping you ensure that the workplace is properly organised and meets safety and efficiency standards. In general, a 5S audit checklist should include: - Layout of the workplace and safety standards - Evaluation ofthe physical condition of the facility - Proper functioning of tools, machinery, and equipment - Adequate supply chain management systems - organisation of materials according to 5S principles - Effectiveness of visual control systems, such as labels and signs The results of the audit should be documented, and any areas identified as needing improvement should be addressed. One of the best ways to do this is with a 5S Audit Scorecard. The Results: How Does a 5S audit scorecard look like? The 5S audit scorecard is a structured tool designed to measure and document adherence to the 5S principles within an organisation. It provides a clear, visual representation of the current state of compliance, offering insights into areas of strength and potential improvement. Features of a 5S Audit Scorecard: - Sections for Each Principle: The scorecard should be divided into sections for each of the five S’s – Sort, Set in order, Shine, Standardise, and Sustain. - Criteria or Questions: Within each section, a set of questions or criteria should be based on the specific tasks or standards associated with that principle. - Scoring System: Each question or criterion will typically have a scoring system, often from 1 to 5 (1 being non-compliant and 5 being fully compliant). - Notes/Comments Area: There should be space for notes or comments for each criterion to provide context or suggestions for improvement. - Summary or Total Score Section: At the bottom or end of the scorecard, there should be a section that totals the scores from each section, giving an overall assessment of 5S compliance. - Date and Auditor’s Name: To keep track of progress over time, the scorecard should have a place to record the audit’s date and the auditor’s name. The Key Takeaway The 5S system, with its emphasis on organisation and standardisation, is an invaluable tool for businesses aiming to maximise efficiency. Regular 5S audits ensure these principles are upheld and refined. Digital tools like Azumuta make the audit process more efficient and enhance collaboration, making it easier for teams to identify and resolve issues. As a leader in digital solutions for manufacturing floors, Azumuta takes your 5S audit to the next level. Learn more about how Azumuta can help you implement, track, and maintain a 5S audit system for every aspect of your business – and discover how much more efficient and successful your team can be. Get Started with Audits & Digital Checklists Manage your safety and maintenance audits from a single platform Get a Demo --- ## 7 Quality Management Principles Source: https://www.azumuta.com/blog/7-quality-management-principles/ Published: 03 February 2022 Updated: 22 February 2024 Categories: Quality Total Quality Management is a great way to deliver goods and services and simultaneously achieve higher consumer loyalty levels. The essential focal point of Total Quality Management is to meet clients’ necessities and give them fulfillment by providing them with totally ideal and impeccable products and services. One must genuinely comprehend that a company only succeeds if customers like what they have to offer. Learn More About Azumuta’s Quality Assurance Ensure compliance and track quality issues in real time Learn more What Is Quality Management? To keep up with the ideal degree of quality in any situation, we should preferably screen every one of the processes and strategies. Quality Management is the demonstration of accomplishing a benchmark level of value through forming a quality arrangement, quality preparation, quality affirmation, and quality control for holistic improvement. Quality Management comprises of the strategies organizations use to guarantee that their goods, services, and associations reliably meet and develop according to their quality guidelines. In real life, quality management is frequently separated into four basic quality principles: - Quality Planning - Quality Assurance - Quality Control - Quality Improvement Each of these is a fundamental piece of reliably giving and increasing the value for the client, the employee, and even the business. Total Quality Management is an amalgamation of all of these four classes. It is a way of thinking that each individual and interaction adds to the general nature and value of the organization. Keeping up with quality isn’t just a task for overseers and quality staff; everybody should be brought together and be focused on this objective. Why Is Quality Management Important? Quality management is essential for a variety of reasons such as but not limited to: - Quality management guarantees that several products and services are being produced efficiently. Each item or service being delivered is exposed to an intensive quality check to guarantee that the result is reliable and resilient. - Quality management guarantees consumer loyalty as the goods and services being produced plan to surpass the expectation levels of the client. This, in the long run, prompts client dedication and increases the customer base. - Quality management builds proficiency and usefulness that emphatically sways an organization’s income. - Quality management is the accomplishment of value that is derived from intrinsic team cooperation. Consequently, it breeds unity within a company. What Is Total Quality Management? Total Quality Management comprises of strategies that organizations use to guarantee that their products, services, and linkages reliably meet and develop as per quality guidelines. Total Quality Management is an improvement of the four classifications of quality management. It is the way of thinking that each individual and each cycle adds to the general nature of the organization as well as the production network. Keeping up with quality isn’t just a task for managers; everybody should be brought together and be ideally focused on this objective. The 7 Principles of Total Quality Management The ISO (International Organization for Standardization) has decided on seven standards of Total Quality Management: - Customer Focus - Leadership - Engagement of People - Process Approach - Improvement - Evidence-Based Decision-Making - Relationship Management 1. Customer Focus Quality is fundamentally connected to the prerequisites of your client’s needs. To be practical, quality requirements should ideally coordinate to surpass client expectations. However, this is justifiably not an easy thing to implement. Client necessities and assumptions are frequently developing and changing in the long run. Considering this, quality should be viewed as the customer’s viewpoint. Every client interaction is a chance to observe their needs and requirements. By zeroing in on the customer’s wants, your business grabs hold of a strong vision and reason. Client focus permits you to get prominent certainty, better standing, and more income. 2. Leadership Embracing authority is the second rule of Total Quality Management. The leader adjusts every strategy and deals with the assets, cycles, and processes to accomplish its principal objective. Without initiative, an organization would not have the option to deal with and draw in the staff to keep up with the quality expected to accomplish the fundamental objective. Leaders throughout the organization should be in total agreement regarding their methodologies and targets. With leadership that focuses on one direction, the remainder of the labor force follows accordingly and under a similar pattern. 3. Engagement of People To take advantage of your employees, you want to initially accept that every individual can uniquely add value to your organization. Appreciating your workforce’s abilities, intelligence, and creativeness will empower them to share their experiences and skills. This is a fundamental requisition for top quality management, an all-inclusive goal. Regardless of the size of your business, your organization is one single group. And to deal with any group productively, you want to include all individuals. If not, you won’t pull quality and worth from each region of your business. 4. Process Approach No activity inside any organization exists in seclusion. Each cycle is undoubtedly associated with another strategy. There is no good reason for dealing with each interaction exclusively. Total quality management takes each process into account whenever creating changes or looking for prospects for continued development. Having a reasonable comprehension of your organization’s interrelated processes will separate cross-utilitarian boundaries and give reliable and conventional outcomes. Download Your Free Quality Assurance System E-Book Download E-Book 5. Improvement For a company to become fruitful, it should have a continuous spotlight on progress. Improvement is essential for the progression and the manageability of any organization. Zeroing in on progress upgrades, the display works on the capacities of an organization and guarantees the satisfaction of client needs. With new, innovative methodologies and client expectations developing at unprecedented rates, organizations need to seek progress at an equivalent speed. For this pace of progress to be potential, leaders need reliable information and adaptability. They need the capacity to assemble precise information and consolidate the best strategies as quickly as possible. 6. Evidence-Based Decision-Making Often when confronted with a choice, we seek data from various sources. However, this can complicate matters when it comes time to make changes, as each source doesn’t contain the entire story. What is required is authentic information from a reliable source that screens all parts of your activity. This will give you an actual view of your company’s circumstances and logical links. Azumuta gives fast information to its users so that they can progress in a unified direction. Track ongoing information and screen variances to see patterns and regions for development over the long run. This information is easily accessible with the goal that you generally have critical data for enhanced examination and better risk evaluation for future ventures. 7. Relationship Management Like no interaction remains isolated, no organization does either. A great deal of discrete components and linkages within the stakeholder network affect an organization’s dealings. One technique for dealing with these supply chain connections is advancing strategies to share systems, review results, and quality information with suppliers, clients, administrative bodies, and others. Use technological innovation for your potential benefit to team up with every individual invested in your business model and upgrade data progression. Total Quality Management Examples One of the most well-known examples of total quality management is perhaps that of Toyota. Toyota carried out the ‘Kanban System‘ to make its mechanical production system more effective. The organization chose to keep just an adequate number of inventories to satisfy client orders as they were produced. Another implementation tool of Total quality management is Azumuta. This SaaS software tool supports industrial companies and frontline workers in digitizing elements such as work instructions, audits, quality controls on products, real-time feedback, training and competence management, etc. Conclusion Quality management or total quality management drives consumer loyalty by guaranteeing that reliable goods or services are produced. For achieving results surpassing client expectations, you should ideally want to execute a viable quality management process for your testing group. Modern-day innovation is taking massive steps in associating each worker with each interaction. With the help of an absolute view of your activity combined with precise and accurate information, the seven fundamental principles of total quality management can easily be achieved. In the current cutthroat market environment, embracing technological innovation is a need. No matter the industry you’re in, take advantage of technological tools such as Azumuta and accomplish ultimate total quality management. Use Azumuta’s Platform See how our platform can help streamline data collection, increase productivity, and increase quality assurance with a demo of Azumuta. Book a demo --- ## 8D Manufacturing Report: Your Guide to Effective Problem Solving Source: https://www.azumuta.com/blog/8d-manufacturing-report-guide-to-effective-problem-solving/ Published: 16 August 2022 Updated: 07 May 2025 Categories: Compliance, Lean Manufacturing Manufacturing companies are the backbone of any economy. They produce goods for local or international markets, employ people, and keep their customers happy. That’s why manufacturers often use 8D reports to identify and solve problems before they impact their production and business to ensure the quality of produced goods. The methodology was developed by Toyota Motors Manufacturing (TMM) in Japan in the 1960s to help the company achieve better performance. For companies who want to compete with other manufacturers around the world, it’s essential to identify and track root causes of non-conformities or problems in a production environment. This helps them achieve a high level of product efficiency and quality, which translates into lower costs and higher profits. In this article we cover the ins and outs of 8D reporting, how to use it, and the advantages it may offer to your workforce. Download our 8D template as well to make your problem-solving process simpler. Download Your Free 8D Report Template Download Template Quick FAQs to get you up to speed What is the 8D problem-solving method? 8D (Eight Disciplines) is a structured, step-by-step method used in manufacturing to identify, analyze, and eliminate recurring problems. What problem does 8D solve? It prevents recurring defects by addressing the root causes instead of just fixing symptoms. What are the 8 disciplines of 8D? - D1: Team formation – Assemble a cross-functional problem-solving team. - D2: Problem description – Define the issue with measurable data. - D3: Containment actions – Implement temporary fixes to prevent further issues. - D4: Root cause analysis – Identify the true cause of the problem. - D5: Permanent corrective actions – Develop long-term solutions. - D6: Implement corrective actions – Apply the solution and monitor results. - D7: Prevent recurrence – Standardize improvements to stop future failures. - D8: Recognize the team – Celebrate success and document lessons learned. Are there compliance or regulatory benefits? Yes. 8D is widely used in ISO 9001, IATF 16949, and Six Sigma quality management systems to maintain high manufacturing standards. What happens if manufacturers don’t use 8D? Without it, they waste time on temporary fixes, experience recurring failures, and risk quality defects that harm customer trust. How do you successfully implement 8D? - Train employees on the 8D methodology. - Use data-driven analysis to find true root causes. - Standardize corrective actions to prevent repeat failures. - Document findings for continuous improvement and compliance. The 8D method structure The 8D problem-solving method is a systematic approach to problem solving that emphasizes team participation. This method generally covers: - Identifying the Problem — You must first identify what is wrong with the process or operation. - Determining Causes — After identifying a problem, you will have to determine its root cause(s). This may not be easy, but it’s imperative if you want to fix your processes and prevent future problems from arising again. - Developing Corrective Action — Once you’ve identified the causes of your problems and analyzed all possible solutions, it’s time to develop corrective actions. Create a plan for how each possible solution would work (i.e., “if we use this part instead,” or “if we add these people,” etc.). You’ll also need metrics and checkpoints throughout this process to ensure that everything is working as intended. The 8 disciplines The eight disciplines (8D) follow a logical sequence of eight steps. It’s one of the most common methods used in manufacturing because it’s a structured approach, but it can also be applied to other industries. D1: Create a team When using 8D, it is important to have a cross-functional team with individuals from different disciplines to assist you cover more territory. There should be two subgroups for the team members: - Core members: people who are more data-driven and typical product, process, and data experts. - Subject Matter Experts (SME): members who may contribute to brainstorming, research, and process observation. Bring in fresh SMEs without hesitation to assist with any step of the process. These team members have to be equipped with the knowledge necessary to identify the issue and implement solutions. D2: Describe the problem The problem description is a narrative that describes the issue in detail and should be understood across the team members. It explains how the issue happened, what impact it had on your business, and why you need to fix it. The problem description should include: - The underlying causes of your problem (the root cause). Why did this happen? - What’s the impact of this issue? How much money are you losing because of this? What other problems does it cause within your company? - How will fixing these underlying causes help solve or prevent future issues related to this one? Here are some techniques and tools to identify and formulate the problems: - 5 Why’s formulation - Affinity Diagram - Fishbone Diagram - Is / Is Not method D3: Develop a containment plan Once you have identified, isolated, and controlled your manufacturing process problems, it’s time to create a plan for containment. You need clear descriptions so that everyone understands what they’re supposed to do in order to solve this issue. Be aware, an Interim Containment Action (ICA) is a temporary plan and should only be replaced with the Permanent Corrective Action (PCA) after completing 8D. D4: Root Cause Analysis (RCA) and Escape Point You might find yourself wandering down several rabbit holes before reaching this point. Be patient and methodical as you work through each step in your investigation process. This process should always be guided by facts rather than assumptions or guesses about what could be going wrong behind closed doors at your company’s factories overseas! Review your results, then talk with your team about potential causes of the issue. Each probable root cause is mapped to the issue statement and any associated test results as part of the root cause analysis. Be cautious to rule out all probable reasons; hazy brainstorming and careless analysis might lead you to miss important details. Some methods during this step include: - Comparative Analysis - Development of Root Cause Theories - Verification of Root Cause Theories - Review Process Flow Diagrams - Determine Escape Points, the closest point in the process where root cause could be found In addition to determining the underlying causes, attempt to remember when and why you first discovered the issue in the process. This is called an escape point, and there can be more than one. D5: Formulate Permanent Corrective Actions (PCA) Corrective actions should be based on the root cause analysis. The first step in formulating corrective actions is to determine the root cause of the failure mode. To do this, you will need to analyze all of your data and identify which potential factors contributed to the problem. Once you have determined what caused the failure, you can then come up with ways of preventing similar failures from occurring in the future. For example, if an assembly line stops due to an electrical issue with one machine, it would not make sense to fix just one machine; rather, you should look at all machines on that line and make sure they have proper electrical connections so that they are able to function properly. So when something goes wrong, you will have a plan for fixing it before it causes even bigger problems down the road. There are several steps involved in creating an effective corrective action plan: - Plan out how long it will take before implementing any changes that can help fix whatever issue has arisen; - Create an actionable plan detailing exactly what needs changing; - Check in at regular intervals on progress made toward completing this project so that no one gets forgotten along its path until completion (this includes monitoring by both parties involved) - If necessary take appropriate steps like adding more resources or reallocating existing ones when delays arise from unforeseen factors such as weather conditions etc.” D6: Implement and Validate the Permanent Corrective Action Interim measures are temporary solutions to a problem. They can be used to prevent further damage or to allow time for a permanent solution to be implemented. Interim measures can also be used to reduce the impact of the problem until it is solved. When you have identified an issue in your business, create an action plan that includes interim measures as well as final goals and expectations. If there is some sort of delay in implementing these interim measures, report back on progress at least monthly so management stays up-to-date on what is happening within your department and company at large. Some activities during the 6D step include: - Creating a project plan - Share the plan with relevant parties. - Use metrics to verify progress D7: Monitoring of corrective measures Monitoring is a key part of the 8D method. Monitoring is a way to check if a corrective action is working, or if it needs to be changed or completed. It’s also a way to check if the root cause has been addressed, and if your company has learned anything new from the incident that could help prevent future errors. Your team needs to retain and document the shared knowledge that was gained while identifying, resolving, and preventing this problem. It’s important to review existing documents or procedures and update them accordingly to improve future outcomes. Activities you need to keep in mind during this step are: - Reviewing comparable products and procedures to avoid other problems. - Creating or updating work instructions and procedures. - Capturing new industry standards and procedures. - Confirming the most recent failure mode and effect analysis (FMEA). - Confirming the revision of control plans. D8: Recognize team and individual efforts Giving feedback to ensure a good outcome is crucial for any team to flourish. Recognize the efforts and labor that each person has put into what they have brought to the process at this moment. The tasks in this stage consist of: - Archive 8D for later use. - Keep track of your learnings to enhance your problem-solving techniques. - Comparisons of the before and after - Celebration and acknowledgement of the group How to Write an 8D report for your company when you have a product defect or a problem to solve? An 8D report is a tool for managing a problem. It consists of eight columns and four rows: - The first row, called the title row, lists each column’s name. - The second row contains headings for each column: - Define the Problem - Determine Causes - Develop Solutions - Verify Solutions - Control Risks - Document Your Improvements and Lessons Learned (optional) - Closeout (optional). - The third row contains descriptions of what needs to be done in each step - 1a through 7a include action steps related to 1 through 7 above; - 6b includes an optional section that can be used if it becomes necessary to document lessons learned from this process at some later time (e.g., after you implement Solution 3b). Download Your Free 8D Report Template Download Template 8D Report Pros and Cons for manufacturers 8D report advantages: More awareness of the root cause (s) It improves your quality control processes by identifying the potential causes of nonconformance at each stage of production and prioritizes corrective action steps based on their risk level, priority, impact, probability, etc., thus ensuring that you address the system issues first before they result in incurring costs due to rework/scrap or adverse customer response or regulatory intervention. Enhanced quality control strategies and plans. 8D enables you to reduce lead times by identifying where bottlenecks are occurring within a process so that resource allocation can be adjusted accordingly in order to improve throughput while maintaining quality standards (i.e., having sufficient workers available at all stages). This can also help with preventing employee burnout by covering more shifts so there is less overtime required from employees who might otherwise be tired from working too many hours without breaks when there is high demand for their services during peak times (like Christmas shopping season). Avoid future problems The 8D report can help your manufacturing company avoid costly mistakes, as you can see exactly where problems may occur and take action to prevent them. Team-based approach An 8D report gives you an opportunity to check if everything is running smoothly and confirm that everyone understands their tasks and responsibilities. With this information at hand, it’s easier to make improvements based on what works best or needs improvement in different areas of your business. In addition, it’s easy to access historical data on procedures and products. Better communication flows Finally, It also allows for better communication flows between teams responsible for different processes in the manufacturing process and reduces the amount of time spent investigating issues that aren’t really problems. 8D report Cons: Extensive training There aren’t many cons to applying 8D problem solving techniques. The most important one is that it will require that people who take part in problem-solving activities obtain the right training and instructions on how 8D operates. They will also need to comprehend other closely linked concepts related to 8D issue solving methodologies. Examples of these may be pareto charts, process maps, fishbone diagrams, and more. Lack in flexibility In addition, an 8D report is not a good tool when there are several problems at once or when an issue in the manufacturing process needs immediate attention. Dedicated budget An 8D report also has requirements that smaller enterprises with fewer resources can find complicated and costly. For example: you need to have a dedicated budget to provide extensive training so your team has the right knowledge to do the job right. ✨ Azumuta Intelligence: Save Time Leveraging AI to Create Digital Work Instructions See how user-friendly Azumuta Intelligence truly is Learn More Technology to Assist in 8D Reporting for manufacturers There are a number of software solutions available to help companies implement 8D programs and manage their Supplier Quality Management (SQM) efforts. Why should you digitize your 8D processes? Automating the 8D report process will ensure that all problems are captured and reported consistently, with no one falling through the cracks. It facilitates collaboration across teams and departments. All stakeholders will have access to information on the status of every problem as it progresses through its lifecycle, so they can respond quickly if an issue arises or make suggestions for how best to resolve it. This saves time and allows everyone involved in a particular issue to feel more connected with one another than they otherwise would be able to do without this kind of technology at their disposal. 8D Solutions 8D reporting is a powerful tool for monitoring progress and identifying issues in manufacturing. This can help you improve your processes, reduce cost, and increase profits. With the help of technology, you can easily keep track of your 8D reports. Here are some solutions to assist manufacturers with this process: - ERP systemsA program like SAP or Oracle ERP allows you to integrate 8D reporting into your system. This way, all information is in one place and updated automatically. - SaaS solutionA no-code software tool like Azumuta allows you to integrate 8D reporting into your system. This way, all information is in one place and updated automatically. Easily capture data with your phone or tablet, while offline from the field at any time! Create an 8D report right away and distribute it to your stakeholders and coworkers and track corrective actions to team members through a single app.With real-time data, companies can improve communication among team members, improve problem solving skills for individuals on the team (including managers), and develop new solutions for existing issues based on past experience with similar problems at other locations or companies. - Microsoft Office If you don’t want to invest in new software at this time but still want an easy way to manage your project issues and progress, consider using an online database like Excel for managing risks, defects, quality assurance methods, etc. This will allow you to access information from anywhere with a laptop or mobile device. This way is rather tedious though and important information can be lost. Digitize your 8D Processes As you can see, there are many benefits to using a software for 8D reporting. While it may seem like a lot of work initially, once you get the hang of it, it will be easy to maintain and manage your 8D records. The most important thing is to start now! Make sure that your company gets started on an 8D reporting software today so that your team can begin documenting problems as soon as possible! Use Azumuta’s Platform See how our platform can help streamline data collection, increase productivity, and increase quality assurance with a demo of Azumuta. Book a demo --- ## What is Electronic Batch Records? Source: https://www.azumuta.com/blog/what-is-electronic-batch-records/ Published: 15 September 2022 Updated: 14 February 2024 Categories: Compliance, Digital Transformation As industries across the globe begin to digitize their operations, it’s becoming increasingly important for companies to have a digital transformation strategy in place. Across pharmaceutical and tech companies, businesses are turning to electronic batch records (EBRs) as a way to streamline their documentation processes and improve compliance. Electronic Batch Records offer many benefits over traditional paper-based batch records, including improved compliance, increased efficiency, and enhanced security. Companies implementing electronic batch records can improve their overall competitiveness by reducing costs and increasing agility. Despite the advantages of EBRs, many companies are still hesitant to make the switch from paper to digital. In some cases, this reluctance is due to a lack of understanding of how EBRs work. In other cases, companies may worry about the upfront investment required to implement an Electronic Batch Records System. Fortunately, there are a number of ways to overcome these challenges and get started with EBRs. In this guide, we will take a look at some of the key considerations for implementing an EBR system and offer some tips on how to get started. What is an Electronic Batch Record? An electronic batch record (EBR) is an electronic document that captures all of the information related to producing a product or service. EBRs can be used in any type of manufacturing or process environment but offers massive benefits to high-tech industries and pharmaceutical manufacturing. The importance of capturing related production data cannot be overstated. In order to ensure the quality of their products and compliance with regulatory requirements, companies need to have a system in place for tracking all of the data related to the production process. This data can be captured in an electronic batch record (EBR) system. For example, let’s say a pharmaceutical company is manufacturing a new drug. In order to ensure that the drug meets all of the necessary quality standards, the company needs to track data related to each batch of the drug that is produced. This data includes information on the ingredients used, the manufacturing process, and the results of quality control testing. An EBR system would allow the company to capture all of this data in a digital format. This would make it much easier for the company to track and manage the data and comply with regulatory requirements. Implementing Electronic Batch Records can seem overwhelming – but the benefits are worth it. Here are a few of the benefits you can expect to see once you fully implement electronic batch records. The Benefits of Electronic Batch Record in Manufacturing Improved Compliance In an industry driven by regulations, compliance is critical. Electronic batch records can help companies ensure that they are meeting all of the requirements for producing their products. EBRs are subject to much stricter controls than paper-based records. They must be approved by a qualified individual before they can be entered into the system, and they can only be edited by authorized personnel. There are a variety of compliance regulations, including 21 CFR Part 11, that govern the use of EBRs. This regulation requires that Electronic Batch Records Systems meet certain security and authenticity requirements. The compliance benefits of EBRs are not limited to regulatory requirements. EBRs can also help companies to improve their internal processes and procedures. By digitizing their operations, companies can achieve a new level of process visibility and control. This improved visibility can help identify areas where improvements can be made. Increased Efficiency & Transparency One of the most valuable benefits of Electronic Batch Records is that they can help increase manufacturing operations’ efficiency. EBRs can be used to track the progress of each batch as it moves through the production process. This information can be used to identify bottlenecks and optimize processes. In addition, Electronic Batch Records can be used to generate real-time reports that can be used to make informed decisions about the production process. Similarly, EBRs can increase transparency throughout the manufacturing process. By providing authorized personnel with access to production data, EBRs can help to improve communication and collaboration. This improved transparency can lead to more informed decision-making and a more efficient production process. Enhanced Security Beyond compliance, another critical consideration for manufacturers is security. EBRs can help to improve security in several ways. First, EBRs are typically stored electronically, which makes them much more difficult to lose or damage than paper records. In addition, Electronic Batch Records Systems can be password protected and backed up regularly to prevent data loss. Second, EBRs can help to prevent unauthorized access to manufacturing data. Authorized personnel can access specific system parts, and all activity can be logged and monitored. This makes it much easier to track down any potential security breaches. Third, EBRs can create an audit trail for manufacturing processes. Imagine being able to track every step of the manufacturing process for a particular product. This would be impossible with paper records, but it’s a reality with Electronic Batch Records Systems. Teams can use this audit trail to troubleshoot problems, identify errors, and improve processes. In addition, it can be used as evidence in the event of a product recall. Enhanced Data Integrity One of the most important benefits of using an electronic batch record system is that it helps to improve data integrity. Data integrity is the accuracy and completeness of data. For example, when a manufacturing process is carried out manually, there is a greater risk of data entry errors. In addition, it can be difficult to track down the source of these errors. Electronic Batch Records Systems help to improve data integrity in several ways: - EBRs can be used to capture data in real-time, which reduces the likelihood of errors. - EBRs can be used to track the progress of each batch through the production process. This information can be used to identify errors and their causes. - EBRs can be used to generate reports that can be used to improve the accuracy of data. In addition, EBRs can help to ensure that data is properly formatted and structured. This is important because it makes it easier to analyze data and generate reports. And when your data is valid, you can ensure that you follow the Electronic Records and Signatures regulatory requirements (ERES) and ALCOA principles. Validity Validity plays an essential role in ensuring data integrity. Validity is the ability of data to accurately represent reality. In other words, it’s a measure of how well data reflects the real world. There are several factors that can impact the validity of data: - Incomplete data: Data that is missing important information is not valid. For example, if an EBR system is missing data about the quantity of raw material used in a manufacturing process, it would be difficult to determine the amount of the finished product. - Inaccurate data: Data that does not accurately reflect reality is not valid. For example, if an Electronic Batch Records records the wrong date for a manufacturing process, it would be difficult to track the progress of the batch. - Inconsistent data: Data that is not consistent with other data is not valid. For example, if an EBR system records the temperature of a manufacturing process in Celsius, but the temperature recorded in the logbook is in Fahrenheit, it would be difficult to compare the two sets of data. The solution is to use an EBR system that is designed to meet the requirements of the FDA’s 21 CFR Part 11 regulation. This regulation requires electronic records and signatures to be ” trustworthy, reliable, and generally equivalent to paper records.” An Electronic Batch Records that meets the requirements of 21 CFR Part 11 will help ensure your data’s validity. Plus, it will give you the peace of mind that comes with knowing that your data is compliant with FDA regulations. If your EBR system is not compliant with 21 CFR Part 11, you may be subject to fines and penalties. Data Integration and Analysis Another significant advantage of EBRs is that they can help with data integration and analysis. In industries that require data from multiple sources to be integrated, Electronic Batch Records Systems can be a major help. By digitizing manufacturing data, companies can more easily integrate it with other business systems. This could include ERP systems, quality management systems, and supplier management systems. In addition, EBRs can be used to generate real-time reports that provide insights into the manufacturing process. This data can be used to improve a variety of different areas, including production planning, quality control, and supplier management. In addition, it can be used to generate new insights that can help improve the efficiency of the manufacturing process. Reporting EBRs can also help with reporting. In many cases, companies are required to generate reports about their manufacturing processes. This could include reports for regulatory agencies, customers, or shareholders. With Electronic Batch Records Systems, companies can automatically generate reports based on the data in the system. This can save a lot of time and effort, and it can help to ensure that reports are accurate. In addition, EBRs can be used to generate custom reports. This could include reports that show the progress of a particular batch through the production process, or reports that compare the performance of different suppliers. What Software Will I Need to Fully Implement my Electronic Batch Records? When it comes to implementing electronic batch records, there are a few different software options to choose from. ERP The first thing you’ll need is an ERP (enterprise resource planning) system. An ERP system is a software platform that integrates all of the different functions within a company, such as accounting, manufacturing, and customer relationship management. This integration makes it easier for company leaders to get a holistic view of the business and make informed decisions. MES The second type of software you’ll need is an MES (manufacturing execution system). An MES is a software platform that is used to manage and monitor manufacturing processes. It can be used for things like tracking production data, managing documents, and delivering training content. PLC In order to connect your EBR system to the manufacturing equipment, you’ll need a PLC (programmable logic controller). A PLC is a type of computer that is designed to control industrial machinery. It can be used to automate tasks, such as turning on and off machines, and it can also be used to collect data from the manufacturing process. Without a PLC, your EBR system will not be able to communicate with the manufacturing equipment. Testing and Validation Software Finally, you’ll need a comprehensive testing and validation suite to ensure that your EBR system meets all relevant regulatory requirements. This suite should include tools for functional testing, performance testing, load testing, and security testing. Choosing a suite that offers extensive documentation and supports resources is also important. Are There Risks With Using Electronic batch records? Like with any type of software, there are some risks associated with using an EBR system. These risks should be considered before implementing electronic batch records in your business. Data Loss One of the biggest risks is data loss. Because Electronic Batch Records are used to store critical business data, a loss of this data could significantly impact the business. To avoid data loss, it’s important to have a robust backup and disaster recovery plan in place. When choosing an EBR system, look for a platform that offers features like data encryption and real-time backups. Security Risks Another risk to consider is security. Because EBR store sensitive business data, cybercriminals often target them. To protect your data, it’s essential to choose an Electronic Batch Record system that offers robust security features, such as user authentication and data encryption. This is why ensuring your system keeps you compliant with regulations from the FDA, and other governing bodies is critical. System Outages Another risk associated with using an EBR system is system outages. System outages can occur for a variety of reasons, including power failures, hardware failures, and software glitches. To minimize the risk of system outages, it’s crucial to choose a robust and reliable EBR system. When selecting an EBR system, look for a platform that offers features like redundancy and failover. Implementing an EBR system in your business can be a great way to improve efficiency and optimize operations. However, it’s important to consider the risks before making the decision to use an EBR system. Trust the Experts to Implement an Electronic Batch Records in Your Business Before introducing electronic batch records in your business, it’s important to consider the risks associated with using such a system. Data loss, security risks, and system outages are just a few of the risks you need to be aware of. However, with proper planning and a reliable EBR system, these risks can be minimized. If you’re considering implementing an electronic batch records in your business, it’s important to partner with a company that has experience. At MES Advisors, we have a team of experts who can help you select the right EBR system for your business and ensure that it’s implemented correctly. When you partner with us, we’ll first assess your needs and objectives. We’ll then help you select the right EBR system for your business and ensure that it’s properly configured. Once the system is in place, we’ll provide ongoing support to ensure that it’s running smoothly. To learn more about our Electronic Batch Records system implementation services, contact us today. Use Azumuta’s Platform See how our platform can help streamline data collection, increase productivity, and increase quality assurance with a demo of Azumuta. Book a demo --- ## Alcoa Principle and Data Integrity Source: https://www.azumuta.com/blog/alcoa-principle-and-data-integrity/ Published: 24 October 2022 Updated: 02 February 2024 Categories: Compliance For those that are looking to achieve ALCOA+ Principles and get their manufacturing data integrity in order, it's all about the right data management system. Understanding the 9 key principles of ALCOA is key to that. Read on to find out more. The marriage between manufacturing and technology continues to help support streamlined processes that enable the best of both worlds. That is, a smooth and healthy bottom-line operational process while at the same time producing items of the highest quality possible for the end consumer. This is especially vital when it comes to those manufacturers that primarily deal with life sciences products, and it can be quite harmful to humans if the appropriate actions aren’t taken. This all starts with the data integrity behind the manufacturing process, and an excellent way to ensure one is able to follow the best path to data integrity is to consider the integration of the Alcoa Principle. This principle also helps bring forth data integrity, which is the combined practice of accurate data and consistency with that data through the entire process. What is Alcoa? To get deeper into what ALCOA is all about, the ALCOA principle is a set of guidelines that come directly from the Food and Drug Administration that has its complete focus on data integrity and governance around it. This ALCOA data integrity is fully focused on the manufacturing industry and is still a recent principle that was only established back in 2018 (Drafted in 2016) in reference to FDA guideline 21CFR Part 11. This is so important, especially to those in the life sciences manufacturing industry, because the Alcoa principle helps to produce safe products that are consistently validated and are a method of best practices. Those that are regulated must follow ALCOA data integrity practices, and they should anyway because the data and consistency help to produce products faster as well, which can help improve margins. So it’s not just about a compliance matter but also a matter of efficiency. ALCOA itself is actually an acronym of what the core principles are to follow that the FDA requires for anyone dealing with this type of manufacturing. It stands for Attributable, Legible, Contemporaneous, Original, and Accurate. We’ll go into a much deeper look at each one below. ALCOA data integrity is about the mix of the manufacturing process with a strong data management system. The better developed the data management system, the easier it is for the business to collect the data points to confirm their accuracy and to conform to the ALCOA principle in general. The ALCOA principle is constantly evolving, even after only being born four years ago. This is because of the rapid shift and changes in technologies and the Internet of Things, allowing for a more complex standard to evolve from the original requirements of ALCOA Data Integrity. That’s why there’s already been an update to the measure known as ALCOA+, which includes an additional four principles. The 9 principles of Alcoa - Attributable: Here, it’s about being able to identify the recordkeeper. Whether it’s a person, a system, or even some type of device that automatically generates information, that source of the data needs to be easily recorded. Then it needs to be time-stamped with the date so that it’s possible to track this point. - Legible: In the past, this was more about being able to read paper-based records before the influx of data management systems. Now ALCOA data integrity is all about conformity of the information itself in a standard way to read the data. - Contemporaneous: Another point that’s easily solved with the right type of system when collecting information is the exact time and date that needs to be recorded at the point of collection. If there are modifications, later on, that also needs to be tracked. - Original: Whether manual or digital, there should always be a system in place to keep the original record and to verify that it is not a copy. Even if the analysis is done later on, it should be able to track and reference the original data. - Accurate: The data points collected need to be clear and representative of the information it’s gathering. The data itself should come in unedited or modified either. What is Alcoa+ ? The plus (+) portion of ALCOA consists of additional characteristics of good data, including the following: - Complete: This relates to manufacturers practicing ALCOA data integrity to hold on to their always-generated data. Even if the data doesn’t apply any longer, a full audit trail should always be available. This is also inclusive of retesting data and analysis of the data, as well as any updates or edits. - Consistent: Thorough data should be easy to access and easier to file. That means whatever record-keeping method is used should be universally applied, inclusive of updated information. - Enduring: Be prepared to store these data sets and records indefinitely. Think decades of storage for these data points, and it’s best to utilize cloud-based systems to minimize costs and maximize storage and security. - Available: Make sure that all data sets, archived or recently added, are easy to access at any point and time. With the above principles applied, this one should be the simplest to achieve, especially when third parties would need access to it. Alcoa vs. Alcoa+ principles Many may wonder if there’s a choice between just the traditional ALCOA principle and ALCOA+ Principle. The ALCOA+ is a more well-rounded approach to data integrity that makes plenty of sense that those looking to ensure property data integrity should include in their data management system. This means including the last four components of ALCOA principles which are having complete, consistent, enduring, and available data and information. The importance of data integrity in life sciences manufacturing Without integrating a proper overall data integrity system, the veracity of the information comes into question. It leads to an unorganized, unverifiable, and incomplete set of data that’s sporadic and doesn’t lay down a consistent story. That means not switching to a system that has electronic batch records, or follows Current Good Manufacturing Practices or cGMP regulations, can lead to poor data integrity. You can see further how important cGMP is [4]. In the case, something goes wrong, and there’s no simple way to assess what the root cause analysis was, it could lead to a plethora of issues for the manufacturing company. It could lead to costly and time-consuming inspections that increase in frequency. This can also lead to suspensions of product manufacturing, all due to a lack of data integrity management. This, in turn, compounds into violations, bans, and, ultimately, criminal enforcement. There’s also been a recent increase in data manipulation – specifically in Asia in recent years [5]. Without taking a more proactive approach to data integrity by implementing a system such as the ALCOA Principle, there is the possibility of running into the issues above. In addition, it will also affect the image of the manufacturer and cause a loss of trust from the public, which at times can be irreparable. Not to mention a huge loss to have critical data points that can support tactical and strategic decision-making, all because of a lack of proper record management and data integrity. Ensuring data collection with manufacturing software Whether you’re manufacturing pharmaceutical products or medical devices, having the right type of manufacturing software will help to adhere to ALCOA+ principles. That’s where Azumuta comes into play and helps to digitize your shop floor operations completely. It’s about getting rid of manual or paper-based tracking of all aspects, as well as loose digital files that always seem to get lost. All this information can be collected and updated in real-time, adhering to ALCOA principles. In addition, Azumata itself has its own pillars to ensure a Paperless Factory, proper Data and Analytics, and seamless connectivity through IoT. Whenever you’re ready to achieve ALCOA principles and smoother operations, Try now! --- ## Heijunka: Definition, Techniques, and Example Source: https://www.azumuta.com/blog/heijunka-definition-techniques-and-example/ Published: 02 January 2024 Updated: 14 May 2025 Categories: Audits & Digital Checklists, Lean Manufacturing, Quality, Work Instructions Heijunka, a lean manufacturing method, enhances efficiency and minimizes waste by balancing demand and production schedules. Integral to the Toyota Production System, it gains significance as manufacturing adapts to Industry 4.0 technologies. Overproduction and underproduction are commonly found problems in manufacturing. Producing more products than you can sell means wasting resources that will not turn into a profit. Meanwhile, manufacturing too little means you won’t fully satisfy your customers’ demands – an opportunity your competitors can use to steal your market share. Thus, both problems should be avoided. Planning production output is always a concern for any plant manager. Yet, what if there’s a way to prevent overproduction and underproduction simultaneously? What if there’s a way to ensure that your plant’s production output is always on point – never too much or too little? The answer lies in the Japanese philosophy of Heijunka. Yet, what is Heijunka? What is its meaning? And how can you use this powerful philosophy in your plant? In this article, we will elaborate on Heijunka’s definition & meaning, its principles, supporting tools, and a real-life example of Heijunka in action. At the end of this article, we include a lean manufacturing e-book PDF that you can download for free. Quick FAQs to get you up to speed What is Heijunka? Heijunka is a Lean Manufacturing technique that evens out production scheduling, ensuring a consistent, steady flow of work instead of fluctuating peaks and valleys. What problem does Heijunka solve? It eliminates uneven workloads, overproduction, and long lead times, making manufacturing more predictable and efficient. What are the key techniques of Heijunka? - Production leveling – Balancing work across production cycles. - Mixed-model production – Creating different products in smaller batches instead of large, single-item runs. - Heijunka box – A visual scheduling tool that organizes tasks based on demand fluctuations. Are there compliance or regulatory benefits? Yes. Heijunka supports Lean Manufacturing best practices, helping manufacturers meet ISO 9001 and IATF 16949 standards by improving workflow stability and efficiency. What happens if manufacturers don’t use Heijunka? Without Heijunka, companies struggle with inconsistent production, overburdened workers, excess inventory, and long wait times, leading to higher costs and inefficiencies. How do you implement Heijunka in manufacturing? - Analyze demand patterns – Understand fluctuations and adjust production accordingly. - Use a Heijunka box – Visualize and balance workload distribution. - Implement mixed-model production – Reduce batch sizes to improve flexibility. - Train employees – Ensure teams understand and apply production leveling techniques. What Is Heijunka? In Japanese, “Heijunka” means “leveling”. This definition refers to Heijunka’s central philosophy of leveling production. Leveling production means a plant’s production volume should be kept at an average rate based on previous customer demands to avoid production “peaks” and “valleys.” A peak refers to the time when the production volume is far higher than usual, while a valley is when the production volume is far lower than what it usually is. What Is Heijunka’s Production Levelling? Here’s a good example of Heijunka’s production leveling: let’s say that you run a plant that produces small leisure boats. Your plant and showroom operate 7 days a week. Here are the boat purchasing orders from last week based on the day they were received: - Monday: 3 boats - Tuesday: 1 boats - Wednesday: 7 boats - Thursday: 5 boats - Friday: 9 boats - Saturday: 20 boats - Sunday: 18 boats In total, you received an order of 63 boats last week. Moreover, the number of orders on Saturday & Sunday greatly exceeds those on the weekdays, as weekends are when people generally have the most time for leisure-oriented shopping. As a manufacturer, you would want to manufacture and deliver your boats to your customers as soon as possible. At the same time, you wouldn’t want to overwork your employees and overburden your production machinery. As the plant manager, what should you do? In Heijunka, a plant’s production output must be as flat or average as possible. There’s a demand for 63 boats, and your plant operates 7 days a week. To level it, divide the number of orders by the days your plant operates (thus 63 divided by 7). Hence, your plant should produce 9 boats/day The idea of leveling production is to make the production process as predictable as possible. Additionally, production leveling reduces the likelihood of both overburdening and idleness of your employees and production machinery at the same time. Overworking your employees will negatively impact their physical & mental health and will correlate to their performance and your organization’s turnover rate. Meanwhile, overusing your production machinery beyond its intended capacity will undoubtedly lead to frequent breakdowns and ultimately shorten its product lifespan. On the other hand, the idleness of your employees and production machinery is equally bad. If they’re idle, they’re not adding value to your organization. Meanwhile, employee salaries, regular machinery maintenance, and other upkeep costs are still being charged to your organization’s coffers – regardless of whether these employees & machinery are working or not. The illustration above of a boat manufacturing leveling its production is just a simplified example of Heijunka’s application in manufacturing. In real-life settings, production leveling is much more complicated. Additional factors such as differing products, varying production machinery, and long-term customer trends must also be considered. In the following sections of this article, we will touch upon the 2 main Heijunka production methods, the tools you need, and a real-life example of a Heijunka-applying company. Heijunka’ Toyota Origins Like other lean manufacturing philosophies such as Kaizen, Jidoka, and the Just in Time Production System, Heijunka originates from Toyota. In 1956, a Toyota industrial engineer named Taiichi Ōhno visited the US. There, he learned about American manufacturers’ production processes and noted aspects that could be further improved when he returned to Japan. Furthermore, he was inspired by the then-new concept of supermarkets in the US. In supermarkets, customers can simply “pull” the products they want from the shelves. Later on, store workers will re-stock these shelves with new products. These experiences led Taiichi Ōhno to establish the lean manufacturing doctrine, which includes Heijunka as one of its derivative philosophies. His methodologies are today collectively known as the Toyota Production System (TPS). The TPS boosts production efficiency dramatically when applied. A McKinsey article by Deryl Sturdevant, a former President and CEO of Canadian Autoparts Toyota (CAPTIN), showcases TPS’s might. Conventionally, changing the die used for fabricating an aluminum alloy wheel takes 4-5 hours. With the TPS in full swing in his plant, he was able to cut this process to less than an hour. This example of a dramatic increase in production efficiency directly translates into Toyota’s global supremacy in the auto industry. In 2022, Toyota was the world’s best-selling automobile producer, a title it held for three years in a row. Due to its impact on production efficiency, the TPS and lean manufacturing doctrine in general (including Heijunka) are commonly used in countless plants worldwide across all manufacturing sectors. Learn More About Azumuta’s Data & Analytics Collect and monitor your production data Learn more Heijunka and Lean Manufacturing Lean manufacturing is a doctrine that aims to remove 8 forms of waste, which are: To become “lean” and remove all of these 8 waste forms, manufacturers will have to implement these 5 lean manufacturing principles: Sometimes, the terms lean manufacturing and agile manufacturing are used interchangeably. Even though both terms sound similar to each other, they are, in fact, two separate doctrines with different characteristics. In lean manufacturing, Heijunka is often associated with the fourth principle: Establishing a Pull System. A pull system means that a product will only be produced once there’s already an order from the customer for the said product. The pull system ensures that a product will always have a buyer so that it will never be a waste. Additionally, a manufacturer or distributor wouldn’t need to store the product in a storage facility such as a warehouse, as the product will be directly sent to the customer. Directly sending the product removes storage-related costs, such as building or renting a warehouse. Heijunka’s Production Levelling The Pull system might seem ideal due to its element of certainty and cost-effectiveness. However, the pull system also has its disadvantages. Demands from your customers always vary from time to time. There are always times when demands are so high (known as “peaks”), and there are times when demands are very low (known as “valleys”). The Heijunka principle of production leveling seeks to find a balance between these peaks and valleys. It aims to take advantage of the certainty element of the pull system but remains flexible enough to fulfill market demands based on past sales statistics. During peak times, production demands can be extremely high, to the point where your employees are overworked, and your production machinery overburdened. Overworking your employees will detriment their physical & mental health and lower their work performance. Safety is also another concern. Exhausted employees are more prone to commit errors and cause workplace accidents. According to the National Safety Council, 13% of all workplace injuries in the US are attributed to fatigue-related causes. In addition, constantly overworking your employees will surely increase your turnover rate. Hiring new employees will also be challenging if your organization has a reputation for continuously overworking its employees. At the same time, pushing your production machinery beyond its intended capacity also has its risks. Overburdened machines tend to break down faster, thus requiring more frequent maintenance. Furthermore, it will also reduce the machinery’s lifespan. On the contrary, production demands can be very low during valley times. Thus, some of your employees and production machinery will be idle. This is equally bad as overburdening. When employees are less productive than they should be, your organization still has to pay employee salaries, routine machinery maintenance, and other upkeep costs. Therefore, Heijunka seeks to avoid the extremities of overburdening and idleness through production leveling. Leveling your production means finding the average production output between these peak and valley times and planning your production output based on this average rate. Leveling the production in Heijunka can be divided into two methods: leveling by production volume and leveling by product type. Here’s how both methods work: Production Leveling by Volume Leveling your production output by volume is the simplest form of product leveling in Heijunka. Here, past customers’ order statistics on a given period are presented on a table to be visualized. Depending on the industry, the period can be days, months, or even years. In industries where a good is produced quickly (such as fast-moving consumer goods and the textile industries), it’s recommended to use shorter periods. For industries where producing a good takes a long time (such as the aerospace industry), it’s better to stick with more extended time periods. Once the customer order data and time period have been visualized in a table, it’s time to calculate your optimum production volume. The formula is pretty simple: divide the amount of customer orders by the selected time period. Here’s a visualization of the formula: This optimum production volume is the amount of output your plant should attain in a given time to be fully Heijunka-compliant. Here’s an example to help you understand production volume leveling in Heijunka: Example of Production Leveling by Volume Let’s say that Bob is an assembly line manager in a furniture factory. Bob’s assembly line is responsible for producing chairs. At the moment, Bob is planning the monthly production output for his assembly line. How many chairs should Bob’s assembly line produce per month? The best way to decide this is by analyzing past customer demands, finding the average between the peaks and valleys, and then planning production based on this optimum production volume. Thus, Bob decided to look at last year’s customer orders report. Here’s what Bob found: Based on this data, Bob sees the peak customer demand in November – most likely due to the Black Friday sales. Meanwhile, the valley of the customer demands is in March – where orders are only 1/14 compared to the peak month. That’s a drastic difference between the peak and the valley. Calculating the optimum monthly production volume is relatively straightforward. Simply divide the total number of customer orders (60,000) by the number of months (12). Thus, Bob’s optimum production volume is 5,000 chairs/month. Hence, for this year, it’s ideal for Bob’s assembly line to produce 5,000/chairs per month. With this monthly production volume, his assembly line will be prepared to face the demand surge in November without the need to overwork his employees and overburden his machinery. This monthly production volume also ensures that Bob’s employees and machinery are always productive, even in months with low demands. Be aware that the product leveling by volume method only works if your assembly line produces only 1 type of product. If it makes multiple products or product variants, you must follow the second method: production leveling by product type. Production Leveling by Product Type Another method of production leveling is through product type. This method is more advanced than the leveling by production volume method, as it adds one extra variable: product variation. This method is used in production facilities that make multiple types of products. To use this method, simply count the optimum production volume for each product. The formula is still the same as the previous method: simply divide the amount of customer orders by the selected time period. Do this calculation for each product type. Here’s an illustration of production leveling based on product type: Example of Production Leveling by Product Type Tom is the manager of a plant that produces dairy products. His plant produces 3 types of dairy products: bottled milk, butter, and ice cream. His production output is measured in liters. Tom is planning the monthly production output of his plant. And similar to Bob in the previous example, he consulted the sales statistics from last year. Here’s what the statistics display: Calculating the optimum monthly production volume is an easy task. Just divide each product’s total yearly sales volume by the number of months (12). - For milk, it’s 600,000 liters divided by 12 months. Thus, the optimum milk monthly production volume should be 50,000 liters/month. - For butter, it’s 360,000 liters divided by 12 months. Thus, the optimum milk monthly production volume should be 30,000 liters/month. - For ice cream, it’s 120,000 liters divided by 12 months. Thus, the optimum ice cream monthly production volume should be 10,000 liters/month. Notice how ice cream sales peaked significantly in the summer months of June to August and slumped drastically in the winter months of December to February. Meanwhile, demands for milk and butter remained mainly stable throughout the year. This fluctuation in ice cream sales is logical; when the weather is warm, people want to cool off by eating ice cream. If it’s cold, people are less likely to eat ice cream and would opt for something warm instead. The ice cream industry is a good example, where the customer demand’s peak and valley differs dramatically. Now that Tom has done the calculations above, he can plan his monthly production volume. His plant should produce 50,000 liters of milk, 30,000 liters of butter, and 10,000 liters of ice cream each month. The example above is a simplified illustration of leveling production according to product type. In real life, there can easily be tens of products in a single table. Moreover, the production time period used in the table can vary depending on the industry and product complexity. They range from minutes for simple, mass-produced goods like canned soda to months for highly complicated & capital-intensive products such as an airplane. Heijunka Tools Implementing production leveling, especially production leveling by type, is indeed a complex task, especially if your plant produces multiple kinds of products. But worry not; several tools can help you, such as: Heijunka Board A Heijunka board, often called a Heijunka box, is a commonly used tool. A Heijunka board is a shelf with many boxes in it. The top horizontal axis of the shelf displays the time period, be it minutes, hours, days, weeks, or even months. The vertical axis shows the name of each product made in this plant/assembly line. When starting the production process of a product, insert documents related to this product into a brightly-colored folder and place this folder on the correct box based on the product type and selected time period. Remove this folder from the shelf once the product’s production process is complete. Repeat this same process for each product. Using a brightly-colored folder makes your Heijunka board more visually intuitive, as bright colors can easily be spotted from a distance. Employees can see how many products are being produced in each time period by looking at the number of folders on the shelf. The image above is a perfect example of a Heijunka board in a real-life setting. On the horizontal axis of the shelf, 6 days of the week are written. Meanwhile, the vertical axis shows different car variants. The boxes on the shelf contain the files and details of each car being worked on. Employees would instantly know which car to process each day and their progress. Kanban Board Other than the Heijunka board, another helpful tool is the Kanban board. It’s a board that is divided into several sections. Each section in a Kanban board represents a specific production phase, which often goes along the lines of “to do,” “in progress,” “testing,” “done/completed”, and “backlog/stuck.” After that, gather some post-it sheets. Each post-it sheet should contain the name of a product. Then, stick the post-it sheet to the corresponding section in the Kanban board. Continually update the Kanban board by moving the post-it sheet on the shop floor according to the production process. Like Heijunka boards, Kanban boards help visualize your plant’s ongoing production process. With just a glance, every employee will know the production progress of each product. Learn more about how to use a Kanban board. Real-Life Heijunka Example in Manufacturing Although originating from Toyota, Heijunka is used as good as every sector globally. FPZ is an excellent example of a Heijunka success story – where a company has integrated Heijukna ideals into its manufacturing process and reaped concrete benefits. FPZ is an Italian company that manufactures blowers, fans, and pumps. In 2007, it began integrating lean manufacturing ideals, including the Heijunka philosophy, into its operations. It installed tools such as Heijunka and Kanban boards in its plant to support its transition into lean manufacturing. Thanks to these tools, operators know exactly what to do after completing a task – making the shop floor operation much faster. Tools storage was also centralized, reducing the possibility of mistakes and time spent walking between different production stations. Coupled with other lean manufacturing strategies, FPZ has removed waste that would have otherwise cost the company an estimated EUR 60,000 within the first 3 years of lean manufacturing implementation. Heijunka Software Solutions Besides analog tools such as Heijunka and Kanban Boards, digital tools such as Azumuta will also help you comply with the Heijunka philosophy and become a proper lean manufacturer. Here’s how: Digital Work Instructions Starting a production leveling strategy by volume or product type is challenging. Your employees must be able to: - Gather data on past customer orders - Calculate the optimum production volume - Adjusting production output to match the set optimum production volume - Use Heijunka and Kanban boards All of these tasks are technical and require work instructions that are highly detailed yet brief enough to be easily understood. Meanwhile, the pages of conventional paper-based instructions can only include minimal information. They’re also not intuitive since they primarily consist of text-heavy instructions with little visual elements. Not to mention that it takes many hours to write paper-based work instructions. Due to their physical nature, paper-based work instructions can be only in one place at any time – meaning that your employees have to take turns and share them. Our Digital Work Instructions module is the solution to all of this. Thanks to our drag-and-drop interface, you can make multiple pages of work instructions in just a few minutes instead of hours. Supplement your digital work instructions with visual elements such as videos, symbols, and 3D models. This will make your instructions more straightforward and easily understandable with just a single glance. And, of course, thanks to its digital nature, our work instructions module is 100% paperless. Not only is it good for the environment, but it will cut unnecessary printing costs each year. Your digital work instructions can be accessible from any authorized PC, tablet, or smartphone, so your employees can use them wherever & whenever they need it. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more Audits & Digital Checklists After implementing Heijunka for some time, it’s crucial to audit your production facility. To know whether it has fully complied with the Heijunka production leveling strategy and to investigate whether the targeted key performance indicators have been achieved. Our Audits & Digital Checklists module is any auditor’s best companion. With it, you can easily plan, organize, and execute any audit. There is no need to draft the audit documents from scratch, as we already provide pre-existing templates for all your audit needs – saving you precious time. Simply input data into our pre-existing fields, and you’re good to go. Our audit dashboard will make any audit process a walk in the park. With this dashboard, you can easily track your plant’s audit progress in just a few clicks. Learn More About Azumuta’s Audits & Digital Checklists Here’s the first step to have a paperless factory Learn more Quality Management Unlike many other competitors, our lean manufacturing software can be connected with various peripherals, ranging from printers to digital torque wrenches. Your industrial machinery can directly feed data into your PC, tablet, and smartphone. Using our Quality Management module, this data can be visualized into a centralized data dashboard. Thanks to it, you will have a complete situational awareness of your entire plant – all from the comfort of your desk, without the need to visit all machinery on the shop floor. In implementing Heijunka, this is a convenient feature. You will know firsthand the production volume of all products in every assembly line. If something is not right, you can instantly spot it and resolve it quickly. Leveling your production volume in accordance with the Heijunka philosophy has never been easier, thanks to our Quality Management module. Learn More About Azumuta’s Quality Assurance Ensure compliance and track quality issues in real time Learn more Skill Matrix & Training Before starting any transition into Heijunka, all of your employees must be trained beforehand. This includes training on the Heijunka philosophy, the lean manufacturing mindset, and how to do production leveling on the shop floor. Our Skill Matrix & Training module is perfect for your employee training needs. With it, you can send training materials, plan short and long-term training programs, and send notification reminders to your employees’ devices for any upcoming training. Evaluate your employees’ knowledge and skills from time to time and keep track of them using our skill matrix. Use our visually intuitive and automatically color-coded template to monitor your employees’ knowledge and skills. Thanks to our template, you don’t have to spend hours drafting a visually intuitive skills matrix with Microsoft Excel from scratch.µ Moreover, our module can generate a personalized report for every employee. That way, you will immediately know if there are employees who are struggling to keep up with your organization’s transition into Heijunka and lean manufacturing. Learn More About Azumuta’s Skill Matrix & Training Learn More Free Lean Manufacturing E-Book PDF Learn more about Heijunka and other lean manufacturing philosophies with our freely downloadable lean manufacturing e-book PDF. See how Azumuta’s powerful modules have helped a client to have a 100% paperless shop floor, 100%, 60% reduction in data entry time, 35% reduction in documentation time, and achieved 0% operator idle time. Not yet convinced? Check out countless other customer success stories. Look no further; Azumuta has the most comprehensive lean manufacturing software tools available in the market. --- ## Agile Manufacturing vs Lean Manufacturing: Are They Different? Source: https://www.azumuta.com/blog/agile-manufacturing-vs-lean-manufacturing/ Published: 20 December 2023 Updated: 24 February 2025 Categories: Audits & Digital Checklists, Lean Manufacturing, Quality, Work Instructions In today's fast-paced business environment, staying competitive and efficient is crucial for manufacturers. Two popular methodologies, Agile Manufacturing and Lean Manufacturing, have emerged as powerful strategies for optimizing production processes. But what exactly sets them apart? In this blog, Project managers in manufacturing frequently use the terms agile manufacturing and lean manufacturing. Sometimes, they’re used interchangeably; many even believe they refer to the same concept. After all, anything that’s lean is also agile, and vice versa, right? However, agile manufacturing and lean manufacturing are, in fact, two separate terms with differing philosophies and purposes. Yet, what are the differences between the two? In this article, we will begin by introducing the two philosophies’ fundamental concepts. Afterward, we will provide an agile manufacturing vs lean manufacturing comparison to highlight the differences and similarities between the two. Furthermore, we will inform you on the digital tools needed to implement agile manufacturing in your plant. At the end of this article, we will also provide a lean manufacturing e-book PDF that you can freely download. Thus, you will have a reference for your transition into agile manufacturing. The History of the Agile Mindset The “agile” mindset comes from the IT industry, where technological developments happen rapidly. In 2001, 14 tech company founders, C-level executives, and senior software developers in the US authored the Agile Manifesto, which consists of 12 guiding principles. Some of these principles are software development-oriented, while others are generic and can be applied to any industry. Therefore, many industrial engineers integrated and used the concept of an agile mindset in manufacturing. This led to the foundation of the agile manufacturing philosophy we know today. What is Agile in Manufacturing? Agile manufacturing is a philosophy where manufacturers have to be as flexible as possible. Flexible here means being able to change and adapt their products to satisfy market demands quickly. Customer demands and preferences rapidly change with time, and any organization must be able to keep up with this change to be the market leader. For example, landline telephones dominated the telecommunications sector until mobile phones took over. This transition happened rapidly, and some affected companies could not keep up and were left out. Yet, others, such as AT&T, were agile enough to adapt their products and services and still thrive today. Thus, adaptability to change is the most significant factor in determining whether an organization can survive the test of time. A Harvard Business School study involving 1,500 executives in 90 countries found that adaptability is the most important trait for any business leader. Hence, being able to future-proof your business is critical, regardless of your industry. Agile Manufacturing Principles Despite its IT roots, the concept of agile has been adapted to suit the manufacturing sector. Here are the fundamental principles of agile manufacturing: Continuous Product Improvement What is Continuous Product Improvement? Innovation is a never-ending process. New goods and product updates are developed daily in any industry and released to the market. To stay ahead of your competitors, you must have a relentless mentality of continuous improvement. This means increasing the quality and features of your existing products and developing new products if deemed necessary by the market. The saying “if it’s not broken, don’t fix it” doesn’t apply in agile manufacturing. Real-Life Example The mobile phone industry is a perfect example of this principle. Between 2007 and October 2023, Apple has released at least 42 iPhone variants. It means that, on average, there are 2.625 iPhone models released per year or a new model around every 4.5 months. If that seems impressive, take a look at Samsung. In the same timeframe, it has released hundreds of Samsung Galaxy smartphone variants. This wide variety of product choices results from a customer segmentation strategy to catch customers from all budget segments. These continuous product improvements have translated into Samsung’s dominance in the global smartphone industry. As of October 2023, Samsung had the world’s largest smartphone market share in all three quarters of 2023, ahead of competitors like Apple and Xiaomi. Bottom-up Approach What Is the Bottom-up Approach? In conventional business strategies, upper management creates a business plan and sets targets, while everyone below follows this plan and strives to achieve these targets. However, agile manufacturers implement a bottom-up approach, which is the opposite of this conventional top-down idea. Under this approach, small teams are formed within an organization. These teams are responsible for a specific product. They first test what works and what doesn’t in their product. Then, their findings are forwarded to upper management, and these findings are used to determine the overall corporate strategy. A bottom-up approach has many advantages over a top-down one, such as: - Faster innovations due to rapid, localized R&D - Allows quicker problem-solving if there are issues along the way - Encourages all employees to be proactive and contribute to product development - Less bureaucratic hassles Real-Life Example There are countless examples of organizations that have successfully implemented the bottom-up approach in their business. For instance, Google has the “20% time rule”, where employees are free to spend 20% of their working hours on any side activity that benefits Google. This rule grants autonomy to Google employees and incentivizes them to go above and beyond to pursue projects that correspond to their interests. The result? Some of Google’s well-known products, such as AdSense and Google News, were created under this system. Learn More About Azumuta’s Data & Analytics Collect and monitor your production data Learn more Flexibility in Production What Does It Mean to Be Flexible? Any agile manufacturer must always be flexible in all aspects of its production. Flexible means being able to change its products rapidly to meet market demands. Changing a product can mean: - Fixing a bug/defect in a product - Adding/removing a feature - Improving an existing feature - Adding/removing a product from your assembly line - Increasing/decreasing its price - And various other forms of change Real-Life Example The ice cream industry is a prime example of a place where manufacturers must be agile. In the UK, for example, ice cream sales figures typically peak in the summer months of June-August and plummet by around 50% in the winter months of December-February. Thus, ice cream manufacturers must be able to quickly boost their production to meet high demand in the summer months. Meanwhile, they also need to be able to cut production in half to accommodate lower sales in the winter months. Ice cream manufacturers adopt different strategies to cope with this extreme demand shift. Some prefer to lower production output, which significantly reduces their yearly revenues. Meanwhile, ice cream manufacturers who have fully embraced the agile mentality in manufacturing, such as Ben & Jerry’s, have solutions to keep their revenues stable. Ben & Jerry’s solution is to market seasonal Christmas-themed flavors such as Gingerbread Cookie, mint-flavored Minter Wonderland, and Speculoos. This is a good business strategy for adjusting to the changing customer preferences. Agile Augmentation What Is Agile Augmentation? The final principle of agile manufacturing is agile augmentation. It refers to the ability to quickly expand your production capacity without disrupting the existing production process. This expansion can come in the form of: - Installing new production machinery - Introducing new production techniques - Integrating the latest production software and technologies - Increasing existing human resources on the shop floor Since this is a scalability-related principle, it applies not only to expansion but also to reduction. Any agile manufacturer can scale down its production without causing any halt or pause in the assembly line. Real-Life Example Tesla’s modular, pre-fabricated factory sections are a good example. Tesla’s newest factories, such as its Berlin Gigafactory. This gigantic 740-acre plant only took 22 months to finish, which is impressive for a massive facility. Using this technique over conventional in-site construction has several advantages, such as faster construction time, synchronized quality control, and lower construction costs. Its modular factory sections are also easy to install and remove, allowing easy and quick production scalability. Characteristics of an Agile Organization Any manufacturer that has adequately applied the above principles can be considered agile. There are 4 noticeable characteristics of an agile manufacturer: Modular Product Design The most visible characteristic of an agile organization in manufacturing is its modular product design. A product can be seen as modular if it consists of detachable parts, and these parts can still function independently if separated. Implementing modular design on your product brings many benefits, such as: - Lower production cost, as one module type can be used in multiple products - Your customers can customize your products to suit their needs more easily - Better product quality and safety, as each module can still function independently if other modules malfunction - Easier production scalability - Faster research & development and any update to your products, as a change to one module doesn’t impact other modules – removing the need to re-design the product from scratch - Effortless product maintenance, as customers only need to fix the broken module instead of the entire product - Fewer components inventory needed on your shop floor, saving storage-related costs An example of successful modular product design is the rising popularity of self-assembled PCs. Many users, particularly video game enthusiasts, prefer to build their own PC from scratch. This includes finding their motherboard, processor, memory system, and other PC components and assembling them at home. Many considerations motivate this market segment to choose modular PCs over fully-built products from existing PC vendors. This includes greater freedom in determining the PC’s performance, lower overall purchasing cost, and insufficient personalization options from existing PC vendors. Digitally Connected to Customers and Employees Another trademark of an agile manufacturer is that it’s always digitally connected to its customers and employees. This digital connection is necessary for a quick transfer of information. Why and How Should You Be Digitally Connected to Your Customers? For example, you would want to inform your customers immediately if you’re having promotion programs, such as: - Product discounts - Buy 1 get 1 promotion or any bulk discounts - A customer loyalty program - Releasing a new product - And any other forms of promotion It’s vital that your customers are informed about any of the above ASAP – especially before your competitors reach them first. Sending a push notification to your customers’ mobile phones is the best way to do this. There are several ways that you can send a push notification to your customers, which are: - Using a dedicated mobile phone app (You must first incentivize customers to download your app, such as by giving discounts that are only accessible after customers download and register themselves to your app) - Blasting a promotion email to your customers. A promotion is only sent whenever a promotion is separate from your regularly recurring email newsletter. Check out Flodesk’s strategy to prevent your emails from being labeled as spam in your customers’ inboxes. - Sending messages from your organization’s business account in Instant messenger apps, such as WhatsApp and through SMS It’s best to have convincing Call to Action (CTA) phrases in these push notifications. This can include phrases like “register now”, “try for free”, “talk to us”, and other actionable phrases. Check out Hootsuite’s Tips on how to write customer-compelling CTAs. It’s also recommended to use Customer Relationship Management (CRM) software. With it, you can have a more organized customer engagement strategy. Additionally, you can automate some of your customer engagement activities, saving your employees valuable time. Why Should You Be Digitally Connected to Your Employees? And How? Besides digitally engaging your customers, it’s equally essential to be constantly connected to your employees. Your employees must always be equipped with the latest corporate updates. That way, they can immediately sync their work with these updates. Similar to customer engagement, it’s great to send push notifications to your employees’ devices, as it’s the fastest way to spread internal information. The best way to do this is by having an internal communication platform like Slack, Microsoft Teams, or Google Chat. Be sure only to send relevant information to concerned employees. Too many irrelevant push notifications can distract and slow your employees’ workflow. For example, your plant has 5 assembly lines, and you plan to do preventive maintenance in assembly line No.3. It’s important to send a push notification to assembly line No.3 employees and others involved (such as quality compliance officers). It would be unnecessary to send a push notification to the whole plant. Agile Business Partnerships Why Do Organizations Collaborate? In the business world, partnering with other organizations is often necessary. Business partnerships happen when two or more organizations collaborate to achieve a common goal. Under a partnership, organizations can combine their resources, such as: - Expertise and know-how in one or more fields - Product range - Production and distribution facilities - Financial resources - Existing consumer base - Brand reputation - Other forms of resources For instance, Apple and Nike have partnered to launch the Apple Watch Nike series. Both organizations have entirely different backgrounds.: Apple is a tech company mainly producing computer hardware, while Nike manufactures sports apparel. Apple uses its existing expertise and resources to make smartwatches. At the same time, Nike integrated its brand reputation and the large user base of its popular Nike Run Club app into these smartwatches. This fruitful collaboration has been beneficial for both companies. Apple has held the world’s largest market share for smartwatches since the 2nd quarter of 2015. Apple’s dominance persists as of the latest market data (the 2nd quarter of 2023). Meanwhile, Nike’s Run Club app became one of the most downloaded running apps on the Apple App Store. What Is an Agile Business Partnership? In agile manufacturing, partnerships with other organizations must be agile. Agile means that a collaboration between your organization and other organizations must have the following qualities: - All partnerships should bring concrete benefits to your organization - Your partner organization’s goals should align with yours - Any partnership contract should be drawn for a short or undetermined period. Long-term contracts should be avoided - The partnership must be easily scalable - It does not limit partnerships with other organizations Continuous Employee Training And, of course, continuously training employees is another characteristic of an agile manufacturer. Everything is constantly evolving in manufacturing, be it plant machinery or production techniques. Add that to never-ending changes in customer demands and market trends. As the famous saying goes: “nothing is unchanging except change itself.” To stay ahead of your competitors, your employees must be able to use the most advanced technology and implement the latest production techniques. They must also be able to read and predict the newest market trends. And to ensure that, organizing employee training programs now and then is a necessity. Lean Manufacturing Now that agile manufacturing has been thoroughly discussed, it’s time to move to the following concept: lean manufacturing. Despite their similar names, agile and lean manufacturing are two separate concepts – with different principles and goals. What Is Lean Manufacturing? Before going with the agile manufacturing vs lean manufacturing comparison, it’s important to know what lean manufacturing is. It’s a concept that was popularized by the Toyota’s Production System (TPS). Industrial engineer Taiichi Ōhno introduced the TPS after visiting the US in 1956. There, he learned the best practices of American auto manufacturers. He was also inspired by the then-new concept of supermarkets, where customers can just “pull” the products they want from the shelves. The TPS has a legendary motto: “making only what’s needed, when it’s needed, and in the quantity needed.” This motto is a perfect example of lean manufacturing in action. An organization can be considered “lean” if it has implemented the 5 principles and is free from the 8 lean manufacturing wastes. Besides these 5 core principles, the lean manufacturing doctrine also consists of several derivative philosophies, such as Kaizen, Jidoka, Heijunka, and the Just-in-Time Production System. Furthermore, there are other lean manufacturing philosophies that originated from outside Toyota, such as First Time Right. The 8 Forms of Waste in Lean Manufacturing Before going deeper into the 5 lean manufacturing principles, you’ll need first to know the 8 forms of waste. After all, the main idea of lean manufacturing is to eliminate these 8 waste forms, which are: The 5 Lean Manufacturing Principles To be “lean” and remove the 8 forms of waste, an organization must implement the 5 lean manufacturing principles. These principles are a step-by-step guide that needs to be followed to achieve peak production efficiency. To know more, check out our latest article discussing lean manufacturing principles, examples, and tools and a lean manufacturing e-book that you can download for free. The 5 lean manufacturing principles are: Principle 1: Identifying What Your Customers Value Value refers to the benefit your customers get from using your product. Ask yourself: Why are they willing to spend their money to obtain your product? - Is it because of the products’ quality? - The products’ affordability? - The features of these products compared to your competitors’? - The simplicity of maintaining the products? - How easy is it to find service points and spare parts? - Because of the brand’s reputation? - Or a combination of everything? You will need to get your customers’ feedback – which can be obtained through customer satisfaction surveys. You can also consult your sales & customer relations team, as they should have the data on your consumers’ purchasing preferences and common complaints. Principle 2: Value Stream Mapping After identifying the values above, you must map the product’s value stream. A value stream is the flow of resources within a product’s life cycle, including: - The materials and components required to manufacture this product - The shipments of these materials and components to your manufacturing plants/warehouses - The storage of these materials and components in your manufacturing plants/warehouses - This product’s entire production process (including quality control) - The transporting and distribution of this product to customers - The use of this product by your customers - The disposal of this product by your customers (including recycling, resale, and scrapping process – if any) These processes consume resources, either yours, your partner organizations’, or your customers’. Be sure to include all sorts of resources (including time) needed to make the mapped product. Underneath is an excellent example of value stream mapping from the US Department of Commerce’s National Institute of Standards and Technology. It’s best to have a mapping for every single product, as each product has a unique value stream. Principle 3: Creating a Flow in Lean Manufacturing After drafting the value stream map, it’s time to inspect it. Do you detect any of the 8 waste forms in your value stream map? If so, take the necessary actions to eliminate these waste forms. There’s no specific procedure to eliminate the 8 waste forms since they have different characteristics. Thus, each waste form has its specific solutions. Some commonly used lean manufacturing tools include Kanban boards, Andon (alert) systems, and quality management software. Principle 4: Establishing a Pull System The next step in implementing lean manufacturing principles is establishing a pull system in your plant. Yet, what is a pull system in lean manufacturing? In a nutshell, it refers to the idea that a product will only be produced if there’s already a confirmed order from the customer. As if the customer “pulls” the products from the factory themselves. Here’s an illustration: If there’s an order for 100 chairs, then a lean manufacturer will only look for materials & components for 100 chairs, assemble these 100 chairs, and then deliver them to the customer. Nothing more, nothing less. Hence, no resources are wasted, and no product storage is necessary. Just like TPS’s mindset, “making only what’s needed, when it’s needed, and in the quantity needed.” Principle 5: Continuous Improvement (Kaizen) To top it all off, a lean manufacturer must internalize the spirit of continuous improvement (kaizen in Japanese) to all its employees. An employee who can think “lean” can see any of the 8 waste forms and independently remove it from the assembly line. To achieve this, organizing lean manufacturing training programs for your employees is necessary. You can use lean-practicing companies such as Toyota and others as lean manufacturing examples. In fact, Toyota even offers lean manufacturing courses in its Toyota Lean Academy. Having a daily stand-up meeting for your employees is also an excellent example of lean manufacturing best practices. There, employees shall be asked: - Which tasks did you do yesterday? How did it go? - Which tasks are you planning to do today? - Do you see any obstacles to these tasks? With it, your employees are fully accountable to each other, and any reported obstacle can be immediately solved together. Learn More About Azumuta’s CAPA Management Follow issues & identify root causes effectively with Azumuta Learn More Agile Manufacturing vs Lean Manufacturing: Key Differences Now that both philosophies have been covered, it’s time to compare agile and lean manufacturing. Where do they differ? Which philosophy suits your needs better? IT vs Manufacturing Origins Before analyzing their characteristics, it’s important to compare the origins of agile & lean manufacturing. The concept of agile comes from the IT industry, where innovations are happening in the blink of an eye. This culminated in 2001 when 14 tech figures authored the Agile Manifesto. Afterward, its principles are applied to the manufacturing sector, now known as agile manufacturing. On the other hand, modern lean manufacturing has a purely manufacturing background. It was developed and popularized by Taiichi Ōhno – an industrial engineer at Toyota, after his visit to the US in 1956. Flexibility vs Certainty This is the key difference between the agile manufacturing vs lean manufacturing debate. Agile manufacturing focuses on flexibility. A manufacturer must be able to make changes to its product as quickly as possible. Customer expectations must always be met. Meanwhile, lean manufacturing emphasizes certainty. There’s no room for uncertainty and very little space for product customization. A product will only be made once there’s a customer order. This order must conform with the manufacturer’s existing capability. Taking orders that are beyond standard product specifications is discouraged. Bottom-up vs Top-down Another significant aspect of agile manufacturing vs. lean manufacturing is its implementation. Agile manufacturing advocates for a bottom-up approach. Employees on the shop floor are the ones responsible for developing and executing the production activities. Meanwhile, managers are merely informed of the latest updates. On the other hand, implementing lean manufacturing principles requires a top-down approach. Managers are responsible for finding out a product’s value, mapping the value stream, creating a lean flow, and starting a pull-based production system. Of course, shop floor workers are involved in these processes. But managers are the ones who plan and oversee these plans and coordinate between different departments. Additionally, managers are responsible for projecting the “lean” mentality to their employees. This difference can be attributed to the cultural differences surrounding these philosophies’ origins. Agile manufacturing comes from the US, where employees are given significant independence and leeway. This allows room for changes and innovation to take place. Furthermore, the US corporate culture puts a strong emphasis on individual performance. Conversely, lean manufacturing originated from Japan, known for its hierarchical and top-down corporate culture. Moreover, Japanese employees and employers tend to value certainty and continuity over changes. In addition, Japanese corporate culture values group success over individual achievement. This is the basis of lean manufacturing’s 5th principle of employees collectively internalizing the lean mindset. Forecasting the Future vs Focusing on the Present Supporters of agile manufacturing and lean manufacturing have a completely different way of seeing the future. In agile manufacturing, the future is something to be explored. Market forecasts must be made, and future customer trends must be predicted. Your current production strategy must conform to future demands and your competitors’ products. Hence, it’s normal to produce goods in substantial quantities to anticipate market demands and equipped with extensive high-end features that customers might not even need at the moment. Conversely, the future is something not to be worried about in lean manufacturing. Manufacturers only need to focus on existing product orders and nothing more. Additionally, your product’s quality and features should fulfill customers’ expectations, and that’s it. There is no need to go above and beyond. Lean manufacturing also discourages making future forecasts, as there are always possibilities for errors. Producing goods without a customer order is seen as a waste of resources, as these products will have to sit idle waiting to be bought by customers – costing manufacturers storage space. Agile Manufacturing and Lean Manufacturing Similarity: Continous Improvement Besides these differences, agile manufacturing and lean manufacturing share similarities. After all, both philosophies have the same goal: to improve production efficiency. Both agile manufacturing and lean manufacturing advocate for continuous improvement. In agile manufacturing, continuous improvement is because market demands are constantly evolving. Hence, the continuous improvement of your products is crucial in meeting market demands. Lean manufacturing, through its kaizen principle, also advocates for continuous improvement, although for a different purpose. The ” lean ” concept must be continuously internalized and strengthened in your employees’ mindset. With it, detecting and removing the 8 waste types will be second nature for your employees. Agile Manufacturing Solutions To become an agile manufacturer, you will need the right tools. Azumuta offers the most comprehensive agile manufacturing solutions in the market. Fully embracing the spirit of agile in manufacturing, Azumuta’s products come in modules. These modules can be used independently, although we recommend combining them to experience the full force of Azumuta’s agile manufacturing solutions. Here are Azumuta’s manufacturing-enhancing modules: Digital Work Instructions In agile manufacturing, you must be as flexible as possible. This means that your shop floor workers must be able to change product specifications or even manufacture new products on short notice. And there’s no better way to help your shop floor workers adapt than with our Digital Work Instructions module. As a manager, you can create easily understood work instructions in minutes – thanks to our drag-and-drop feature. You can also include visual elements such as images, videos, visual pointers, and many more. You can even load 3D models there, which is necessary when designing a new product. You can give clear-cut instructions to your shop floor workers, and the communications also work both ways. Our module allows shop floor workers to send messages – supported with images, to other users. This means that any issue can be immediately detected and dealt with. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more Audits & Digital Checklists Agile manufacturing practitioners believe in a bottom-up approach, granting shop floor workers flexibility to develop and modify new products. But as a manager, you still need accountability towards your shop floor workers. That’s where our Audits & Digital Checklists module comes in. With our user-friendly digital checklists, you can organize regular audits for your team. Our module is already included with existing audit templates, so you only need to input values on the available fields – saving you from the time-consuming task of drafting them yourself. Your shop floor workers can also include images and videos when participating in audits – giving you extra accountability. Amazingly, you can send automated reminder notifications to your shop floor workers’ devices to ensure no audits or any of its steps are missed. Learn More About Azumuta’s Audits & Digital Checklists Here’s the first step to have a paperless factory Learn more Quality Management In agile manufacturing, being able to increase or decrease production output rapidly and without disrupting any ongoing production process – is a must. Yet, how is that even possible? With the Quality Management module, that is indeed possible. This module provides you with a wide-reaching data visualization dashboard. Therefore, you will have a bird’s eye view of every ongoing production process in your plant. With it, you can detect and mitigate any possible disruptions in real-time. In addition, you can detect and pinpoint issues and defects on the assembly line in real-time with this module, as it can be connected to peripheral devices. It also comes with an issue ticketing system, which means that keeping track and resolving issues is an easy task. Learn More About Azumuta’s Quality Assurance Ensure compliance and track quality issues in real time Learn more Skill Matrix & Training And, of course, all agile manufacturers must continuously improve themselves. This means producing more goods with lower costs and in a shorter time. This can only be achieved by using the most advanced production machinery and applying the latest manufacturing techniques. This means that your employees will always need to stay updated with the latest industrial know-how. And there’s no easier way of doing that than using our Skill Matrix & Training module. With our module, you can create visually intuitive skill matrices in just a few minutes – thanks to our pre-existing templates. Thanks to it, you can constantly keep track of your employees’ skill levels. Are you planning to upgrade your employees’ skills through training? Our module can also help with that. You can draft short and long-term employee training programs in our module. When training is due, It will send automated reminder notifications to your employees’ devices. Learn More About Azumuta’s Skill Matrix & Training Learn More Free Lean Manufacturing E-Book Besides the tools above, we also provide a lean manufacturing e-book that you can download for free. See how Azumuta’s powerful modules have helped a client to have a 100% paperless shop floor, 100%, 60% reduction in data entry time, 35% reduction in documentation time, and achieved 0% operator idle time. Not yet convinced? Check out countless other customer success stories. Look no further, Azumuta has the most complete lean manufacturing software tools available in the market. --- ## Alternatives to SAP MII for Modern Manufacturing Source: https://www.azumuta.com/blog/alternatives-to-sap-mii-for-modern-manufacturing/ Published: 16 February 2026 Updated: 16 February 2026 Categories: MES SAP Manufacturing Integration and Intelligence (MII) is deeply embedded in many factories. It brings machine data into SAP in near real time, and has grown into a critical layer for dashboards and custom applications that improve shop-floor visibility. That foundation is changing. SAP has confirmed end-of-life (EOL) for MII and SAP Manufacturing Execution (ME), with mainstream maintenance ending in 2027 and extended maintenance ending in 2030. The announcement forces manufacturers to think beyond a technical upgrade, prompting a broader look at how work is supported on the shop floor and how much flexibility will be needed in the coming decade. What follows is a practical choice: Migrate to SAP Digital Manufacturing Cloud (DMC), keep legacy systems running for as long as possible, or rethink operations with a more modern, best-of-breed approach. This article looks at what MII’s EOL means at an operational level. We’ll highlight the opportunities and risks associated with DMC as the default alternative and discuss other options on the market, including how platforms like Azumuta fit into a pragmatic migration strategy. Quick FAQs to get you up to speed What is the best SAP MII alternative? There is no single best option. SAP DMC suits SAP-centric environments, while platforms like Azumuta focus on operator usability, flexibility, and faster improvement cycles. Is SAP MII end-of-life confirmed? Yes. SAP has confirmed that mainstream maintenance ends in 2027, with extended maintenance available until 2030. Can Azumuta replace SAP MII completely? Azumuta replaces the human execution and instruction layer. Machine control and sequencing, scheduling, and dispatching typically remain with other MES or automation systems. How long does migration from SAP MII take? Migration timelines vary by scope. Many manufacturers start with focused pilots that deliver value within weeks, then expand in phases across processes or sites. Is Azumuta compatible with S 4HANA? Yes. Azumuta integrates with SAP S 4HANA and non-SAP systems using open APIs and standard integration mechanisms. What’s Happening With SAP MII & ME? SAP MII emerged when shop-floor systems and ERP operated largely in isolation. Machines, PLCs, historians, and MES components generated valuable data, but that information rarely flowed cleanly into SAP. Often paired with SAP ME, MII solved this problem by acting as an integration and intelligence layer between ERP and the shop floor. It pulled operation data into SAP in near real time and supported dashboards, reports, and custom web applications tailored to each plant’s operations. Over time, MII became central to production visibility. It enabled performance tracking, linked shop-floor events to SAP transactions, and supported customized operator and supervisor interfaces. With EOL announced, SAP will stop delivering functional updates and, eventually, security fixes. While existing applications may continue to run, adapting processes and integrating new systems will be challenging. Scaling across sites becomes increasingly difficult, too. As the successor to MII and ME, SAP’s roadmap positions SAP DMC. It aligns with SAP’s cloud-first strategy and tighter S 4HANA integration, offering lifecycle and security benefits. At the same time, reliance on IT consulting and slower iteration makes it important to assess other options before committing. Key Criteria for Evaluating SAP MII Alternatives Before comparing tools, it helps to define what really matters when choosing a new solution. The following criteria can be used to frame a comparison between DMC, Azumuta, and other cloud MES alternatives to SAP MII: - Ease of operator adoption and usability: Digital tools only work if they are used consistently on the shop floor. Complex interfaces slow down workflow and increase variation. - Integration flexibility: Modern factories rarely run on SAP alone. Alternatives must connect with ERP systems, machines, IoT platforms, and non-SAP software without heavy customization. - Total cost of ownership: Licensing is only part of the cost. Infrastructure, consulting, change management, and ongoing maintenance outweigh initial fees. - Speed of change: Processes change frequently, so the ability for operations teams to update instructions, checks, and workflows without IT intervention is critical. - Scalability and future readiness: Cloud deployment, offline capabilities, and AI-readiness determine if a solution will still fit in five years. These criteria shift the discussion from feature lists to operational fit. They also explain why DMC is seen as the default starting point, particularly for organizations prioritizing long-term support and standardization. The real question is how well it holds up in day-to-day operations. SAP DMC as an Option DMC is a strong replacement contender and is often assumed to be the best MES for SAP customers. It offers native integration with SAP ERP and a unified cloud-first architecture. At the same time, the platform changes how manufacturing systems are implemented and adapted. Let’s break it down by strengths and weaknesses. Strengths Native integration with SAP ERP and S 4HANA reduces the need for custom interfaces and simplifies data consistency across systems. DMCs’ cloud-based architecture supports global rollouts and centralized governance, with consistent deployment across multiple plants. The platform also benefits from SAP’s regular release cycles and long-term product roadmap, providing predictability around support and security. It enables alignment across sites and reduces the risk associated with heavily customized, plant-specific solutions. Weaknesses Unlike MII’s toolkit-style flexibility, DMC is built around configuration and standardization, which can make implementations more dependent on specialized IT consultants. As a result, iteration lags when instruction updates or quality responses are needed. Friction becomes visible when teams need to respond quickly to new variants or pivot fast for process improvements. On top of that, updating work instructions and workflows requires more coordination across teams and systems, slowing down day-to-day adjustments. The Verdict DMC is a solid choice for SAP-heavy enterprises. For manufacturers with standardized processes and mature governance models, the platform structure can be an advantage. But for agile, mixed environments, DMC may not be the simplest, most effective, or cost-efficient way to modernize shop floor work, especially without in-house expertise. Azumuta: The Human-Centric Alternative Azumuta approaches the MII replacement challenge from a different angle. Instead of focusing on machine logic first, it centers on how people work. Designed With Operators in Mind Azumuta is built for the people on the shop floor. Work instructions, quality checks, audits, and training are presented in a clear, intuitive step-based format. Visuals, parameters, tolerances, and validations are part of each step which reduces variation and builds quality into daily tasks. Flexible Integration Model Azumuta integrates with SAP ERP, S 4HANA, and non-SAP systems through open APIs and standard connectors. Machine data and IoT signals can be used to trigger instructions or validations without turning the platform into a traditional MES. These capabilities make Azumuta suitable as part of a hybrid architecture where machine and human execution are handled by different systems. Low IT Dependency Operations teams can create, update, manage, and roll out changes themselves. Every change is versioned and traceable, which shortens improvement cycles and reduces IT or external consultant dependency Scales Across Plants and Conditions Azumuta scales across single plants and multi-site environments. Offline support ensures continuity in environments with limited connectivity, and standardization across sites is possible without losing local context. The result is faster rollout and quicker ROI with higher adoption compared to traditional MES projects. All leading to happier, more productive operators. Use Azumuta’s Platform See how our platform can help streamline data collection, increase productivity, and increase quality assurance with a demo of Azumuta. Book a demo Other SAP MII Options in the Market SAP DMC and Azumuta are not the only options. Manufacturers consider several paths: Do nothing: Some organizations keep MII running for as long as possible. However, postponing an upgrade also means postponing your competitiveness. As systems age, the flexibility to adapt processes becomes more restricted while the cost of change increases. Build it yourself: You could choose to build new applications through traditional development methods, starting from scratch with fresh code. This path offers control, but it also creates long-term maintenance and support challenges. Custom solutions may struggle to keep pace with operational needs, and the end impact may be restricted functionality. Tulip: Tulip is a low-code manufacturing platform designed for rapid application development on the shop floor. It enables teams to build custom operator apps and workflows quickly. While flexible, it can require additional effort to meet strict compliance or enterprise-wide standardization requirements. Dozuki: Dozuki is a connected worker platform centered on digital work instructions and training content. It helps teams standardize procedures and onboarding across sites. However, building and maintaining content relies on manual configuration to build documentation, which increases effort as processes change or scale. There are a multitude of other solutions on the market, and the right choice depends on industry needs along with regulatory context. It also hinges on how standardized operations are across sites and the internal capacity to deploy, own, maintain, and evolve systems over time. Key Assumptions About SAP MII Replacement When planning is under time pressure, assumptions tend to surface based on how MII was used rather than how systems work today. Clarifying these misconceptions helps teams avoid unnecessary complexity and focus on approaches that match how work is actually done on the shop floor. SAP MII Replacement Requires A Big-Bang Migration Replacing SAP MII needn’t be a big bang project. Many manufacturers start with a phased approach, and begin before deadlines force decisions. Waiting until 2027 or 2030 limits options and increases risk, whereas early planning creates room for learning and focused pilots. Organizations achieve usability, adoption, and operational impact faster, and create internal alignment based on real results. Moving Away Means Replacing The Entire MES Moving off MII doesn’t necessarily require a full MES replacement. Not every function needs to live in one system. For example, some organizations use Azumuta for operator guidance and task support, while keeping or upgrading other systems for machine control and scheduling. Operator Focus Means Shallow Data Some manufacturers think that operator-focused tools lack technical depth. But for many organizations, structured operation data provides cleaner, more reliable insights than complex dashboards built on fragmented inputs. Electronics manufacturer Navtech Radar exemplifies this. Operating in a high-mix, low-volume environment, the company needed tighter control over assembly processes and traceability. Much of the required information lived across spreadsheets, paper instructions, and disconnected systems. While data existed, it was inconsistent and hard to validate, making it difficult to link back to specific products or process steps. By introducing Azumuta, Navtech Radar focused on structuring work at the source. Digital work instructions guided operators step by step, while quality checks and validations were embedded directly into the work itself. Every action and deviation was captured in context, then tied to the product and the operator. As a result, the company reduced shop-floor errors by 30% and administrative effort by 50% by eliminating manual reporting and rework. Full traceability became standard with clear records available for audits and root-cause analysis, which supports continuous improvement. Navtech Radar shows that operator-focused systems can deliver technical depth when shop floor work is treated as a data source. SAP Native Is Enough Choosing SAP native tools does not automatically ensure future readiness. While vendor alignment can simplify integration and governance, long-term value depends just as much on flexibility and adoption on the shop floor. Systems must adapt as products and processes change. Future proofing comes down to how easily systems and teams can respond to issues and adapt to operational change. From End-of-Life to Opportunity SAP MII EOL marks the end of an era, not the end of progress. For manufacturers willing to rethink how operator work is supported, this is an opportunity to modernize. The right alternative depends on your industry niche and regulatory requirements. SAP DMC is a viable route for SAP-centered organizations, while human-centric platforms like Azumuta often offer a faster path to value. These solutions deliver a more flexible way to improve quality, at the same time supporting learning where production happens. What matters most is starting the journey early and choosing solutions that support the people who make production happen. Transition to a Human-Centric MES Learn how manufacturers are moving from SAP MII to an operator-first MES designed for usability, flexibility, and faster change. SAP MII’s End-of-Life: a Guide to Your Next MES --- ## ChatGPT in Manufacturing: How to Use ChatGPT for Digital Work Instructions Source: https://www.azumuta.com/blog/chatgpt-in-manufacturing-digital-work-instructions/ Published: 13 June 2024 Updated: 07 May 2025 Categories: Digital Transformation ChatGPT's impact reaches manufacturers too. This AI tool has the potential to revolutionize how you create digital work instructions. Learn how to leverage ChatGPT into your operations! In the ever-evolving landscape of technology, some innovations capture the public imagination like lightning in a bottle. OpenAI’s ChatGPT stands as a prime example. This large language model, capable of engaging in conversation and generating human-quality text formats, achieved a phenomenal feat: amassing 100 million users within just two short months of launch. To cite a precedent, it took YouTube 4 years to reach this level of users. This rapid adoption rate suggests that ChatGPT isn’t just another app; it’s a potential game-changer that can transform how we work, and the manufacturing shop floor is no exception. In this article, we’ll dive deeper into the use of ChatGPT in manufacturing, highlighting the example of ChatGPT for digital work instructions. Quick FAQs to get you up to speed What is ChatGPT’s role in digital work instructions? ChatGPT helps create, improve, and automate digital work instructions by generating step-by-step guides, formatting content, and adapting instructions to different production needs. What problem does ChatGPT solve in manufacturing? It eliminates the manual effort of writing and updating work instructions, reducing errors and saving time. What are the best ways to use ChatGPT for work instructions? - Auto-generate step-by-step guides based on process inputs. - Translate instructions instantly for multilingual teams. - Standardize formatting for consistent documentation. - Update procedures quickly to match real-time production changes. Are there compliance or regulatory benefits? Yes. ChatGPT ensures that instructions remain clear, up-to-date, and standardized, helping companies comply with ISO 9001, OSHA, and other industry regulations. What happens if manufacturers don’t use ChatGPT for work instructions? Without AI assistance, companies waste time manually updating instructions, risk human errors, and struggle to keep documentation current, leading to inefficiencies. How do you choose the best way to implement ChatGPT for work instructions? - Integrate it with existing digital work instruction platforms. - Use structured prompts to generate accurate, clear instructions. - Combine with real-time data to keep instructions updated. - Test AI-generated outputs to ensure clarity and accuracy before deployment. What Is ChatGPT? Let’s start with the basics. If you’re not familiar with it yet, we’ll briefly explain what ChatGPT is. And who better to explain ChatGPT than ChatGPT itself? ChatGPT is a form of generative AI, a tool that lets users enter prompts to receive humanlike images, text, or videos that AI creates. It’s an AI-based chatbot, search engine, and virtual assistant. ChatGPT runs on a large language model (LLM), a machine learning technique that helps AI develop a deep understanding of language through analyzing language patterns. The LLM architecture is called the Generative Pre-trained Transformer (GPT). Generative means that the system generates output based on its training data. That’s where the pre-trained comes from: the bot was first trained on an extensive database of textual resources to learn patterns and the inner structure of language ChatGPT was developed by Open AI, the AI company that also created the image generator DALL-E. ChatGPT for Digital Work Instructions The shop floor is the beating heart of the manufacturing process. It is constantly evolving and facing new challenges, which is why it often needs to adopt new technologies. Artificial intelligence tools like ChatGPT present a game-changing opportunity to streamline production. When workers must perform a new task, they need work instructions to learn how to manage it correctly. Traditionally, they turned to a paper manual. Industry 4.0 has introduced interactive, multimedia-rich documents that replace printed versions. Workers can now digitally access centralized documentation and follow step-by-step instructions. A more recent innovation in digital transformation has been the introduction of AI tools such as ChatGPT. The chatbot can be leveraged to create, update, and optimize digital work instructions. Do You Want to Learn about Other AI Tools for Manufacturing? Download our free e-book on the top AI trends for manufacturers in 2024! Download E-book Creation Based on the input about the manufacturing process, ChatGPT can generate step-by-step instructions, ensuring clarity and detail. ChatGPT can assist in creating digital work instructions by putting unorganized text into clear, step-by-step guidelines. You start by inputting a continuous, unstructured text with the necessary instructions. Then, you prompt ChatGPT to create structured instructions, specifying any formatting standards your organization follows, such as using simple language and writing in the third person. ChatGPT processes this input and organizes it into coherent, easy-to-follow steps, ensuring the instructions are tailored to meet specific requirements. This approach simplifies the creation of digital work instructions, making them more accessible and user-friendly. Let’s put this to the test. We asked ChatGPT to put some unclear, out-of-order instructions in a clear step-by-step instruction plan. Besides text, ChatGPT allows you to upload documents, images, or videos. Simply upload your existing materials; the tool will intelligently extract information to generate clear work instructions. This saves time by automating the documentation process and ensures that the instructions are visually supported. The final instructions seamlessly blend written details with visuals, enhancing understanding and clarity. The tool also supports speech-to-text functionality, allowing you to convert spoken instructions into written form. This feature makes the documentation process faster and more efficient, as you can easily dictate the steps instead of typing them out. Instead of creating new instructions from scratch, ChatGPT can help in revising and editing existing instructions to improve clarity, update steps, and incorporate new guidelines or process changes. Once you have an output generated by ChatGPT, you can review and refine the instructions to ensure they meet your standards and requirements. This includes checking for accuracy, clarity, and completeness. You can also format the instructions according to your organization’s style guidelines, add any details or steps necessary, and include relevant images or diagrams to aid further understanding. Customization ChatGPT can help customize digital work instructions by allowing you to specify formatting standards and language preferences that align with your organization’s requirements. Tailored to your organization, ChatGPT can adapt to specifications such as: - Tone and style - Manufacturing process jargon - Different audiences - Quality control codes - ISO compliances - Safety protocol and regulation ChatGPT also offers Custom Instructions, a feature that lets you personalize your conversations. It will tailor the output to your preferences without specifying them with each prompt. This is a way to ensure that all content aligns with your organization’s standards. For example, we asked ChatGPT to consider the following guidelines: Based on the workers’ specific needs or skill levels, ChatGPT can customize instructions, providing more detailed guidance for novices or more concise steps for experienced workers. Standardization & Formatting ChatGPT can create standardized templates for work instructions, ensuring uniformity across different documents. It can format instructions to make them easy to read and follow, using bullet points, numbered lists, and appropriate headings. can also translate work instructions into multiple languages for global manufacturing operations, maintaining accuracy and consistency. Interactive Guidance ChatGPT can act as a colleague to troubleshoot. When a worker is stuck on a specific step, for example, when a component doesn’t fit or a torque wrench isn’t calibrated correctly, the worker can converse with ChatGPT. Like a virtual and interactive assistant, it can answer questions in real time and offer solutions to resolve the issue. It also provides a natural language interface where users can interact intuitively. Conversational interfaces such as these can make up for the loss of experience that the manufacturing industry is going through due to an aging workforce. Documentation & Compliance ChatGPT can assist in maintaining detailed records of work instructions, including version history and updates. It can ensure that instructions comply with industry standards and regulations by incorporating the necessary safety and procedural guidelines. Real-Time Data Integration Additionally, it can pull in real-time data from sensors on the assembly line. Suppose a particular step involves using a specific tool with a pre-set torque value. In that case, ChatGPT can dynamically display that information within the instructions, eliminating the need for separate reference charts. ChatGPT on the Shop Floor By personalizing, integrating real-time data, adapting to user needs, and offering conversational guidance, ChatGPT can transform static manuals into a dynamic and interactive learning experience. ChatGPT can learn from your workforce and improve itself. By analyzing interactions and feedback, the AI architecture continuously learns to create a knowledge base that gets smarter with every use. To put it differently, human expertise lays the groundwork for AI capabilities to achieve peak shop floor performance. Digitizing work procedures already takes away the need to flip through separate manuals, and leveraging ChatGPT into them makes documentation and updating easier. ChatGPT + Azumuta The article demonstrates a powerful example of how ChatGPT can be seamlessly integrated for digital work instruction creation. It showcases how speech-to-text technology, video processing, and ChatGPT’s generation abilities combine to transform instructional videos into transparent, digital formats instantly. Combining the power of ChatGPT and Azumuta is transforming manufacturing. By following these eight simple steps, you can significantly reduce the time and effort needed for manual process documentation and decrease human mistakes, improving overall quality. Preparing the video 1. Recording a Video You record a video that captures the performance of the task. 2. Upload a Video You upload the video to the platform. From here, the AI will take over and do the work for you. Processing the video 3. Separating Audio and Video ChatGPT will split the audio from the video. The audio track is sent to OpenAI’s Whisper API, which converts the speech to text, creating a transcript with timestamps indicating the start and end of each sentence. 4. Segmenting Video The video is segmented into parts corresponding to the timestamps from the transcription. Text Formatting & Structuring 5. Step Identification ChatGPT processes the transcribed text, dividing it into coherent steps based on the content. 6. Formatting Instructions Based on specifications set in the prompt, ChatGPT forms clear work instructions, tailored to company standards. Video & Text Integration 7. Editing Video Clips The video segments are cut according to the timestamps and linked to their respective steps. 8. Final Upload Each video clip is uploaded and associated with the corresponding step in the digital work instructions. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more Limitations of ChatGPT for Manufacturing While ChatGPT offers a helpful tool kit, manufacturers should navigate its limitations. These include dependence on specialized training data, potential security vulnerabilities, accuracy constraints, and the ever-present need for human oversight. By acknowledging these challenges, manufacturers can harness ChatGPT’s potential for a safer and more efficient shop floor. Data Dependence & Bias ChatGPT’s effectiveness depends on the data it’s trained on. Manufacturing processes and equipment can be highly specialized. If ChatGPT isn’t trained on domain-specific data from the manufacturer, its recommendations and insights might be inaccurate or irrelevant. Additionally, biased data used for training can lead to biased outputs from ChatGPT, potentially causing issues with safety protocols or quality control measures. Data Security To integrate ChatGPT into your shop floor operations, you have to share data. Manufacturers should have security protocols to protect sensitive data from breaches or unauthorized access. Also, when the AI tool is used to monitor or train the workforce, worker privacy rules should be considered. The AI assistant may use your content to train its models. There is an option to omit this in the privacy portal; contents from paying accounts ChatGPT Team or Enterprise aren’t used for training purposes either. Limited Accuracy When using ChatGPT, 100% accuracy is not guaranteed; ChatGPT even warns you. Have you seen the disclaimer under the prompt bar: “ChatGPT can make mistakes. Check important info.”? The limited accuracy has to do with the underlying generative model. When encountering a new or complex question, it will mimic how humans write, not think. This is why human intelligence is still and should always be the last step before sharing or implementing any output generated by ChatGPT. Lack of Ethical Judgment ChatGPT lacks ethical judgment and does not inherently recognize the importance of safety protocols or ethical considerations unless explicitly told to do so. Suppose the initial input from the employee does not mention critical safety warnings or guidelines for proper use. In that case, ChatGPT might produce technically accurate instructions but omit essential safety precautions. Artificial Intelligence is Not Human Intelligence This one speaks for itself. The AI software lacks the real-world understanding and critical thinking skills that you and I have. Its responses, though impressive, can be riddled with inaccuracies and may not consider ethical implications. This doesn’t diminish its value but positions it as a powerful tool. Workers remain essential for oversight, with the ethical nuances and real-world knowledge that ensure ChatGPT’s outputs are accurate and responsible. ChatGPT for Manufacturing In the ever-evolving technological landscape, OpenAI’s ChatGPT has emerged as a transformative tool, quickly amassing 100 million users. This article explored its application in manufacturing, particularly for digital work instructions on the shop floor. ChatGPT can generate, customize, and optimize instructions, making them more accessible and efficient by supporting video-to-text and speech-to-text functionalities. It ensures standardization, offers real-time interactive guidance and complies with industry standards. However, challenges such as data dependence, security, accuracy, and the need for human oversight highlight that while ChatGPT enhances efficiency, it cannot replace the human workforce’s critical thinking and ethical judgment. Looking ahead, the future of AI in manufacturing is promising as it continues to evolve and integrate with advanced technologies, potentially further transforming production processes. Nevertheless, collaboration between AI and human workers will be essential to realize its benefits while ensuring accuracy and ethical integrity. Get a Demo --- ## Top Manufacturing Industry Challenges & Solutions for 2025 Source: https://www.azumuta.com/blog/top-manufacturing-industry-challenges-solutions-for-2025/ Published: 18 October 2024 Updated: 14 May 2025 Categories: Compliance, Digital Transformation, Quality, Work Instructions Explore the top challenges facing the manufacturing industry in 2025, from scaling operations and workforce training to supply chain and automation hurdles, and discover how technology solutions like Azumuta can help navigate these complexities. In the first quarter of 2024, around $225 billion were invested in new manufacturing facilities in the USA alone. Considering the broad variety of macroeconomic pressures and that 2024 is a year of elections, this type of investment comes to show that the manufacturing industry stands strong and it’s focused on growing despite the pressing challenges. Why are some top manufacturers optimistic in such a scenario? The short answer is technology. Innovation and technology have come to rescue the manufacturing industry with Artificial Intelligence and automation across the entire production process. The right technology is essential for manufacturers to tackle the challenges of 2025, from navigating regulations to organizing shop floor layouts and securing the supply chain. Digital tools like Azumuta simplify these processes, streamlining everything from documenting procedures to managing quality control. By reducing manual tasks and keeping teams organized, Azumuta ensures smooth, efficient operations, allowing teams to focus on scaling production and reaching their goals. In this guide, we’ll walk you through the top challenges the manufacturing industry is currently facing and some of the solutions that will make a difference in 2025. Quick FAQs to get you up to speed What are the biggest challenges for manufacturers in 2025? Manufacturers will face labor shortages, supply chain issues, sustainability demands, and digital transformation pressures. How will these challenges impact the industry? They will increase production costs, cause supply chain disruptions, and require companies to adopt new technologies faster. What are the best strategies to overcome these challenges? - Invest in automation & AI – Reduce dependency on manual labor. - Strengthen supply chains – Use predictive analytics to forecast disruptions. - Prioritize workforce training – Upskill workers for new digital manufacturing tools. - Adopt sustainable practices – Reduce waste and meet environmental regulations. - Leverage data analytics – Improve decision-making with real-time insights. Are there compliance or regulatory benefits? Yes. Implementing automated compliance tracking, sustainability measures, and quality management systems can help meet ISO, OSHA, and other regulatory standards. What happens if manufacturers don’t adapt to these challenges? Companies that don’t modernize will struggle with higher production costs, supply chain failures, and an inability to compete with more agile manufacturers. How do you prepare for the future of manufacturing? - Stay ahead of tech trends – Implement AI, IoT, and automation now. - Build resilient supply chains – Diversify suppliers and improve logistics tracking. - Develop a future-ready workforce – Train employees on emerging manufacturing technologies. - Embrace sustainability – Meet regulations while reducing costs through energy-efficient processes. 1. HR Challenges in the Manufacturing Industry The right team, with the right skills, keeps the shop floor running efficiently. A recent study by Deloitte estimates that by 2033, the U.S. manufacturing sector could need an additional 3.8 million employees, but nearly half of those jobs might remain unfilled due to a growing skills gap. As the demand for advanced technical skills grows—particularly with the rise of automation and AI technologies—the available pool of qualified workers continues to shrink. Many manufacturing jobs now require specialized expertise, but the industry is struggling to attract new talent to fill these roles. Hiring strategies must not only focus on attracting high-skilled workers but also on upskilling the existing workforce. Because onboarding new employees is just one part of the equation—continuously developing the skills of current team members is equally important, especially in a fast-paced manufacturing environment where hands-on experience and adaptability are key to operational efficiency. Workforce Training A well-structured training program encompasses two parts. Firstly, it gets new hires up to speed quickly. Secondly, it provides training paths to upskill the existing workforce to ensure employees remain adaptable and meet evolving production demands, helping to close the skills gap. Both parts can be effectively achieved through on-the-job training. New hires learn by doing, gaining hands-on experience from day one, while existing employees can continuously refine their skills by tackling more advanced tasks or learning new technologies on the job. This approach ensures that training is practical, efficient, and directly relevant to daily operations, helping employees stay adaptable and ready for new challenges. How Azumuta Helps Azumuta simplifies workforce management by offering a platform for onboarding, tracking training progress, and providing up-to-date, skill-adaptive work instructions. It automates HR tasks like onboarding and training management, making workforce processes more efficient. The platform also supports on-the-job training by delivering tailored, real-time instructions. By keeping everything aligned with safety and operational standards, Azumuta ensures teams remain compliant and productive across the plant. Learn More About Azumuta’s Skill Matrix & Training Learn More 2. Supply Chain Challenges in Manufacturing Global economic pressures, such as inflation, trade tensions, and labor shortages, make it increasingly difficult for companies to maintain stable supply chains. According to a recent Forbes industry report, 89% of manufacturing leaders are concerned about trade wars, and 54% highlight improving supply chain visibility as a top priority. The need for agility, visibility, and quick responses to disruptions is essential to keeping production lines running efficiently. Technologies like AI and digital tools are becoming increasingly important to track, predict, and manage these challenges, allowing manufacturers to optimize their supply chain operations in real time. How Azumuta Helps While Azumuta does not directly manage the supply chain, it enhances operational efficiency through its digital work instructions, which ensure smooth production even when supply chains face disruptions. By providing real-time, step-by-step guidance to teams, Azumuta helps minimize delays, maintain consistent quality, and support just-in-time production processes. This ensures that manufacturers can adapt quickly and keep operations running smoothly, even when supply chain challenges arise. Learn More About Azumuta’s Digital Work Instructions Here’s the first step to have a paperless factory Learn more 3. Scaling Challenges in Manufacturing As companies expand production and manage growing workforces across multiple sites, maintaining consistent product quality becomes more difficult. Increased complexity means more coordination and oversight are required, and introducing new technologies adds another layer of difficulty. Ensuring that every location adheres to the same high standards can put a strain on resources. Balancing rapid growth with efficiency, cost control, and sustained high performance is a significant hurdle that manufacturers must navigate carefully. Changeover As production lines shift between different products or variations, downtime during these transitions can lead to lost productivity and increased costs. With more complex operations and larger production volumes, changeovers become more frequent and harder to manage. Minimizing downtime while ensuring that quality standards are met during these transitions requires careful coordination, thorough training, and adaptable processes. As manufacturers scale, improving the speed and efficiency of changeovers will be critical to maintaining productivity and keeping up with growing demand. How Azumuta Helps Azumuta helps manufacturers tackle scaling challenges by centralizing processes and standardizing operations across all locations. The platform provides digital tools to ensure that all sites follow the same procedures, from quality control to training programs, ensuring consistency as the company grows. Azumuta’s real-time reporting features also offer better oversight, enabling manufacturers to track performance, compliance, and operational efficiency, even as production scales. By streamlining operations, Azumuta helps manufacturers grow while maintaining the quality and efficiency that drive long-term success. 4. Quality Challenges in Manufacturing Ensuring that products meet both safety standards and customer expectations requires robust quality control systems. These systems must be in place from the start, monitoring materials, components, and finished products at every stage of production. Early detection of defects or inconsistencies helps prevent small issues from turning into larger, costly problems, ensuring product reliability and minimizing waste. Beyond maintaining quality, continuous improvement is crucial for staying competitive. Incorporating methodologies like Lean and Six Sigma from the outset helps manufacturers identify inefficiencies, reduce costs, and optimize production processes. By fostering a mindset of ongoing improvement, manufacturers can boost productivity and quickly adapt to changes in market demand, ensuring they stay ahead in the long term. How Azumuta Helps Azumuta’s quality tools support manufacturers by ensuring compliance and boosting production quality. With features like audits, digital checklists, and a ticketing system, Azumuta makes it easy to track and address quality issues throughout the production process. Manufacturers can monitor defect rates and quality metrics in real time, share customized reports, and maintain compliance with industry standards such as ISO requirements. Additionally, Azumuta helps with quality standards training, ensuring that the workforce is properly trained and that procedures are followed, contributing to overall product reliability and continuous improvement. Download Your Free Quality Assurance System E-Book Download E-Book 5. Compliance and Regulatory Challenges Adhering to safety, environmental, and operational standards is becoming more complex as new laws and guidelines emerge. Regulations are continually evolving, particularly in areas such as worker safety, emissions control, and sustainability. Manufacturers must navigate these shifting requirements while maintaining operational efficiency and product quality. For example, in 2021, president Biden signed the Made in America Act, a government initiative that “ensures the Future is Made in America by All of America’s Workers, launching a whole-of-government initiative to strengthen the use of federal procurement to support American manufacturing” (White House). This means that manufacturers who claim to produce products that are made in America, of American craftsmanship, or Some of the regulations conclude that “Made in USA” products must be primarily produced in the U.S., with both final assembly and key components sourced domestically. Manufacturers are required to provide solid evidence to back these claims, ensuring they are not misleading or deceptive. Manufacturers claiming to comply with this act need to ensure full compliance with these standards, or they risk facing penalties and damage to their brand reputation. How Azumuta Helps Azumuta simplifies compliance by automating the tracking and reporting of health, safety, and environmental regulations using real-time data. With digital checklists and automated documentation, manufacturers can easily track adherence to various standards, ensuring everything is ready for inspections. For example, companies aiming to comply with the “Made in America” standards can use Azumuta’s platform to maintain detailed records of sourcing and production, making it easier to demonstrate compliance without manual tracking. This reduces the risk of errors and ensures up-to-date, accurate reporting. 6. Automation and Digitizing Challenges Automation and digitization will bring both opportunities and hurdles for manufacturers. Take robotics, for example—machines can now handle repetitive tasks, but ensuring smooth collaboration between humans and robots is tricky. AI and machine learning are definitely going to shake up production processes. At every stage, AI will step in to automate or simplify tasks—whether it’s speeding up decision-making as data piles up, using predictive systems to prevent machine downtime, or even implementing digital twins to fine-tune operations. Highly Skilled Workforce The need for innovation also ties in with current HR challenges: to remain competitive, manufacturers must not only attract skilled workers but also focus on upskilling their existing workforce. Training employees to work alongside new technologies is another key challenge. Workers need to be comfortable using AI systems, robotics, or other digital tools, and this often involves upskilling or reskilling the workforce. Additionally, there’s sometimes resistance to adopting these changes, as employees may feel uncertain about their roles in an increasingly automated environment. How Azumuta Helps Azumuta simplifies the integration of automation and digital tools by connecting seamlessly with existing manufacturing software. It automates routine tasks like reporting, real-time updates, and machine data collection, helping teams stay informed and efficient without manual intervention. This allows for smoother operations and improved decision-making, all from one centralized platform. Azumuta’s intelligent tools make digital work instructions easier with features like document conversion, automated translations, and speech-to-text. These tools help convert documents into digital formats, translate instructions across languages, and transcribe spoken content, all in real-time to improve efficiency and communication. ✨ Azumuta Intelligence: Save Time Leveraging AI to Create Digital Work Instructions See how user-friendly Azumuta Intelligence truly is Learn More 7. Data Security Challenges With the growing integration of advanced technologies like AI, IoT, and automation on the shop floor, data security becomes a major concern. Connected devices and digital systems, while improving efficiency, also expose manufacturing operations to cybersecurity threats. Protecting sensitive production data, intellectual property, and even operational systems from cyberattacks will be crucial for manufacturers. Choosing the right equipment and infrastructure is just as important as designing the layout. It’s about picking machinery that fits your current needs but can also grow with your plant. Adding modern tech can make everything run more smoothly and efficiently. With thoughtful planning, the plant will run well, reduce waste, and be ready for any shifts in production demand. How Azumuta Helps By providing secure access controls and encrypted data management, Azumuta helps manufacturers safeguard operational data and ensure that only authorized personnel can access critical information. The platform centralizes operational data, minimizing risks associated with disconnected or unsecured systems. Manufacturing Challenges in 2025 As the manufacturing industry heads into 2025, the landscape is defined by both opportunities and challenges. The substantial investment in new manufacturing facilities signals optimism, but the complexities manufacturers face are real and evolving. From scaling operations and managing a growing workforce to navigating supply chain disruptions and staying compliant with increasingly strict regulations, the road ahead requires a strategic and technology-driven approach. What stands out in all of this is the essential role that technology plays—not as a magic bullet, but as a critical tool for adaptation and growth. Whether it’s improving workforce training, streamlining quality control, or automating repetitive tasks, manufacturers who embrace digital solutions like those offered by Azumuta are better equipped to stay ahead of the curve. However, technology alone is not enough. The human element remains central, as upskilling employees to work with new tools and creating a culture of continuous improvement will determine how well manufacturers can meet the demands of the future. The combination of innovative technologies, skilled labor, and a forward-thinking strategy is what will allow manufacturers to thrive amidst the challenges of 2025 and beyond. Those who can harness these elements effectively will be the ones leading the next phase of the manufacturing revolution. ---