Plant Tour reviews

EnerSys’ Richmond, Kentucky, facility opened its doors to Manufacturing Leadership Council members, offering a first-hand look at how a century-old operation has evolved into a benchmark for modern lean manufacturing, assembly and distribution. The visit was more than a tour—it was an immersive experience into lean principles that are not just deployed but embedded holistically across processes, people, and locations. The EnerSys Operating System and the integration of traditional and advanced battery production demonstrated the power of scalable lean ecosystems that operate seamlessly in both legacy and digitally transformed environments.

The Richmond site produces battery chargers and batteries, some weighing as much as two tons. The batteries produced in Richmond include traditional lead-acid motive power batteries for industrial equipment, maintenance-free thin plate pure lead (TPPL) batteries, and lithium-ion batteries. Tour participants made their way through the company’s Mega Distribution Center and the battery manufacturing facility.

One highlight of the tour was EnerSys’ innovative 24-hour “book-and-ship” program, demonstrating how lean principles have enabled fast and flexible responses to customer needs. Visitors also observed how EnerSys identifies and eliminates waste to improve efficiency and enhance sustainability. This included a deep dive into how employee-led initiatives, coupled with digital tools, have driven continuous improvements in product quality, workplace safety and other areas.

These employee-led initiatives play a critical role in driving continuous improvements in quality, safety, and operational performance. Tour attendees were also invited to engage directly with these processes by completing Accountability Tag cards—an exercise EnerSys employees regularly use to spot and address operational deficiencies. The cards prompted participants to document potential problems, propose quick fixes, and complete a 5 Whys analysis to uncover root causes.

The tour concluded with two breakout sessions and a panel discussion and Q&A session where EnerSys leaders answered participants’ questions. The company’s leaders focused on the challenges of scaling the EnerSys Operating System, the role of technology in their processes, and what’s next for the company.

Participants left the event with actionable insights to apply within their own organizations. Many were inspired by EnerSys’ ability to seamlessly blend traditional manufacturing with modern technology, proving that even legacy operations can achieve agility and innovation.

All photos by Ian Wagreich / National Assoc. of Manufacturers, Copyright 2024

Nearly 30 years ago, in a Seattle-area garage, Jeff Bezos and the few employees of his upstart online retailer, Amazon, knelt on the floor to pack customer orders into boxes. One evening, Bezos suggested ordering kneepads to make the work more comfortable. One of his workers respectfully disagreed and suggested they order packing tables instead – an option that proved to be better for worker satisfaction and throughput. This early example of centering durable needs, rather than immediate or short-term needs, exemplifies the culture of innovation that now permeates Amazon.

During MLC’s sold-out tour of Amazon’s BFI4 Fulfillment Center cohosted by Amazon Business and Amazon Web Services, participants got a behind-the-scenes look at how the company sorts and packages thousands of items per day for delivery to customers. The tour also provided insights into Amazon’s approach to data, supply chain and procurement, offering a deep dive into the progression of the company’s culture from its early days.

During his presentation on the culture of innovation, Clint Schneider, Amazon Web Services’ Digital Innovation Lead for Smart Factories, shared how culture, mechanisms, architecture and organization lead to better innovation. Schneider explained how Amazon’s decision-making process uses the concept of “one-way” or “two-way” doors to make high-quality, high-velocity decisions. A one-way door represents a significant decision like should Amazon build a new facility, while a two-way door represents something less critical, like changing the buy button’s color.

Using the one-way versus two-way door analysis helps the company innovate faster with a bias for action. If it is a two-way door, they know they do not have to deliberate as long. Instead, they can run the experiment and move back through the door to adjust or revert if the decision does not produce the intended results and ROI.

Automation and Innovation at Amazon’s BFI4 Fulfillment Center

“This is what we manufacture,” Julius Yu, General Manager of Amazon’s BFI4 Fulfillment Center shares as he holds one of the thousands of packed boxes filled with a customer’s order that move by the MLC tour group as they walk through the facility. “Everything we manufacture here is unique.”

BFI4 handles millions of units per week, each with a distinct mix of “parts” that are sorted, picked, packed, inspected, sealed, labeled and distributed for delivery. BFI4 is Amazon’s eighth iteration of an Amazon robotics fulfillment center. In total, BFI4 has thousands of mobile robots storing and transporting products between stations where they are manually sorted for storage then picked and packed for delivery.
At the sort station, employees put items into random bins for storage until a customer orders the product. Using a vision system, a camera takes a picture of where the item has been randomly placed so that it can be retrieved and transported via AMR to the pick station when ordered.

After the product is ordered and delivered to the pick station, a control panel tells employees where it is located on the rack so they can move it into a bin to be packed into a customer’s box. Computer vision verifies the number of items in each bin, taking pictures to ensure accuracy.

Harnessing Data to Improve Efficiency

Data, data management, and data contextualization are integral to operations at BFI4. The company generates terabytes of data to ensure end-to-end transparency. Machine learning helps determine which fulfillment center or distribution center across the country should house each product, using historical ordering patterns with about 60% accuracy. These determinations help to improve delivery speeds, and have resulted in more efficient delivery routes. While machine learning hasn’t helped Amazon achieve 100% accuracy yet, Yu is optimistic that advancements in technology, computing power and artificial intelligence will improve precision.

One notable innovation using data is a custom box maker. For orders that include a single item, Amazon’s machine will custom cut cardboard to create a shipping box. The custom box maker relies on product data to determine the correct size of the box so that it can fit snug around the product. The downstream benefits are significant. The company can fit more boxes into trucks, for example, which is a positive for both sustainability and throughput.

An Immersive Amazon Experience

Participants enjoyed a networking reception the evening prior to the tour featuring entertainment by Washington-based 2019 American Idol contestant Kazmyn, food options from local vendors, and a trip to Amazon’s iconic Banana Stand – all hosted in Amazon’s Spheres, an innovative coworking space. The reception gave participants an opportunity to network with fellow tour participants and Amazon ambassadors while immersed in a unique Amazon workspace ecosystem.

Following the tour, attendees engaged with a panel of Amazon experts including Julius Yu, Brian Steward (Director of Worldwide Amazon Business Operations), and Mobeen Khan (Director, Global Business Development and Partnerships), facilitated by MLC’s Senior Content Director, Penelope Brown. The panelists addressed questions about the BFI4 facility, data, culture, safety and Amazon’s processes.

The Amazon tour experience concluded with a session titled “Manufacturing at Amazon: The Future, Faster, Together,” covering three pillars for manufacturing’s future: data as a foundation, AWS supply chain, and strategic procurement.

For participants, the tour proved to be a fascinating opportunity to see how far Amazon has come since those earliest days when employees packed customer orders in a garage and where the company’s culture of innovation may lead it in the future.

Rockwell Automation’s history points to a pioneering drive to make machines smarter. From its 1903 founding as the Compression Rheostat Company, soon to be renamed the Allen-Bradley Company, the company started with an early prototype machine controller and is now a world leader in digital transformation – both for its own operations and in offering guidance for its customers. Today, Rockwell is a $9 billion company with nearly 29,000 employees serving customers in 100 countries.

In early April, a group of Manufacturing Leadership Council members toured Rockwell’s electronic assembly plant in Twinsburg, Ohio, just outside of Cleveland. The theme of the tour was “Build a Digital Transformation Culture with MES and IoT Technology.” The 250,000-square-foot Twinsburg plant is one of four main electronic assembly locations within Rockwell that provide printed circuit board assemblies that go into the company’s products, with Twinsburg’s eight surface mount technology lines placing three million components and forming 11 million solder joints to make 3,000 control panels each day.

Rockwell’s manufacturing operations is regarded by many as a role model for system integration and data analytics. The company monitors and integrates its engineering data, material management data, product error proofing and genealogy, machine data, quality data, waste data, and performance data. Data is delivered to where it is most relevant and impactful, from facility performance to team leaders down to the specific work order and line performance for operators.

The company utilizes its FactoryTalk production system, industrial automation software that was developed to streamline processes while improving precision and reducing errors. It creates an interactive platform that can integrate data visualization, data collection and analysis, process design, and system diagnostics. Rockwell offers a full suite of FactoryTalk products, including for analytics and data management, product and process design, human-machine interface, industrial communications, maintenance, performance monitoring, and more.

Additionally, Rockwell utilizes a closed loop operating system that combines scheduling and constraint management, and automatically enforces finite capacity based on, for example, the number of operators available at the plant on a given day. Company leaders say this system has helped to eliminate some of its functional siloes, as its development was collaborative and cross-functional, with many different teams giving input to create a tool that could benefit all. While FactoryTalk is already available for manufacturers to license at their own facilities, Rockwell has an eye toward commercializing its closed loop operating system as well.

The tour didn’t shy away from showing both Rockwell’s tried-and-true technologies in addition to its newer ones, including a robot for final testing and assembly that utilizes a digital twin and AR to train operators and maintenance technicians. The machine is being used to create robot standards that can be scaled elsewhere throughout its other manufacturing facilities. At the time of the tour, it had been on the factory floor for less than eight weeks.

When Rockwell’s operations leaders were asked the top reasons for starting their digital transformation journey, they mentioned a need to address a huge uptick in demand, high turnover in the workforce that has led to far less tribal knowledge among frontline operators, and a desire to improve constraint management – both identifying and resolving those constraints. Looking toward the future, the company wants to capitalize on the momentum it has established on its digital transformation journey, explore the opportunities presented by AI and generative AI, and operate on the basis of real-time data-driven decisions.

Rockwell’s leaders also pointed to culture as key to getting functions and teams to work together while moving forward on technology transformation. When it comes to dealing with the complexity created by working with multiple layers of software, they think of it the same way as they do when developing their own products – take things that are sophisticated and make them easy to use by designing them for an operational environment.

Never one to shy from innovation, Rockwell is looking to an exciting future of possibilities ranging from developing large language learning models for manufacturing to building industrial ecosystems to creating a comprehensive data loop that moves between customers, engineering, and manufacturing. It seems fitting for a company that has placed itself as a cutting-edge leader from the radio age to the space age to the data age.

Read a full interview with Rockwell CEO Blake Moret here.   

From its origins as a one-person shop on a central Iowa farm to its current status as a multinational global operation, the Vermeer Corporation has grown in every sense: number of employees, production locations and dealerships, the industries that it serves, and its product portfolio. But through it all it has maintained a focus on its guiding principles – putting people first, building the best, and giving back.

More than 70 members of the Manufacturing Leadership Council saw those principles in action when they toured the “Vermeer Mile,” Vermeer’s 3,500-employee corporate headquarters and primary production facility in Pella, Iowa.

Vermeer traces its roots to a mechanical wagon hoist invented by its founder, Gary Vermeer, in 1948. The hoist could be used to raise the wagon from the front end to dump its contents, such as grain, out of the back. Now on its third generation of family ownership, the company continues to manufacturer products for the agricultural industry, including hay balers, bale processors and wrappers, feed wagons, and mowers. But they also service the utilities industry with such products as pipeline directional drills and trenchers, and the recycling and forestry industry with products like wood grinders and other equipment to process organic waste.

Vermeer defines itself as a low-volume, high-option manufacturer – they produce roughly 22,000 units annually with many customizations. Plant tour attendees were taken through their Plant 7 building – where precision welding and painting take place – and The Center, an under-construction facility set to open in January 2024 that will bring under one roof the company’s operations technical training, team member solutions, and an employee clinic and pharmacy.

Within its operations, Vermeer has a strong dedication to utilizing Lean principles and is now in its 25^th year of Kaizen, having completed 3,082 Kaizen events as of September 2023. They have maintained a strong focus on the basics of Lean, including regular report outs, in what they deem as a relentless pursuit of waste elimination. The company’s practices in Lean and continuous improvement feed into its innovation for new products and processes.

In terms of what drives capital and technology investment decisions, the focus is on those that provide the best ROI in addition to labor savings and safety. Generally, projects that deliver ROI in less than 3 years will get scaled. They are also focused on building supply chain resilience, taking a proactive approach to ESG compliance, and flowing information between disparate systems. Additionally, the company is working through an MES implementation and bringing software onto the plant floor for more data-driven decisions.

Some of the technology that Vermeer has deployed includes smart tools that are connected to operator instructions. This includes digital welding instruction software that can help new welders to learn and experienced welders to improve quality. The company has also installed 11 robotic welding cells between its facilities in Pella and Des Moines, helping to reduce unfilled welding jobs while also boosting quality and productivity.

The company has also implemented a limited amount of automation, such as an autonomous material handling system for purchased parts that handles more than 60 daily deliveries to seven assembly lines. Here, company leaders discussed the lessons they have learned while implementing automation: first, there was a need to train maintenance teams for servicing robots, while also training engineering teams on designing for automation. They also advised to bring in an integrator to advise on best practices and to avoid preventable errors.

Vermeer also puts a high premium on ensuring its team members are set up for success. Every new production employee is given one week of Operations training, regardless of past work experience, to build their competence and confidence for working in a manufacturing environment before transitioning to the next step of technical training or to the production floor.  This training includes welding, painting, assembly, safety, and machine shop skills. Additionally, they are given instruction on soft skills and professionalism under the acronym of DOTS – Dependable, Open-Minded, Team Player, Safe.

One of Vermeer’s most popular employee benefits is its on-site pharmacy, run in a partnership with Walgreen’s, that provides both prescription and over-the-counter medication and other pharmacy goods at cost. The company also provides a medical clinic open to employees and their families, as well as retirees. The clinic provides family care and can offer referral to specialists if needed and gives employees an opportunity to be proactive about their health. The company said this has helped them to save on insurance costs.

Another popular employee service is the Vermeer Chaplaincy program, a counseling service that is open to all regardless of any spiritual background or belief. The chaplains can provide a listening ear for issues that occur at work or at home and provide suggestions on possible avenues of support. The program was started in 2007 and has provided more than 4,200 individual support sessions in the last year alone.

Finally, the company also offers an on-site childcare facility, known as the Yellow Iron Academy, providing care for children from infants to school age. It is located on the site of the Vermeer family farm and provides children with education to prepare them for or augment their academic careers.

With a history of pride in innovation and building the best products, plus prioritizing team member success, Vermeer stands as a role model for operating a high-performing global manufacturing business while keeping a focus on value-driven leadership.

When a company traces its history back nearly 150 years, its story is likely one of continuous change and evolution. For Dotson Iron Castings of Mankato, Minn., it is also a story of survival, innovation and respect for people.

During the Manufacturing Leadership Council’s recent plant tour, Dotson’s leaders shared elements of this story and gave visitors a firsthand look at its production practices and culture.

Overcoming Obstacles

With its roots dating back to a blacksmith shop founded in 1876, Dotson Iron Castings has persevered through early product failures, a 1937 bankruptcy, the 1980s recession, a 2017 fire, and the COVID-19 pandemic, and emerged stronger due in part to the company’s leadership, people and culture.

In its early history, the company offered diversified products including an automobile, a tractor and its best-seller, the Little Giant Trip Hammer. The company also dealt in brass, aluminum, and steel. Since 1983, the 125,000 square foot foundry has focused solely on ductile iron primarily for the industrial, agriculture, and truck industry segments. By focusing on this single product, Dotson has become an iron casting and Manufacturing 4.0 leader.

Innovating for the Future

As the company has evolved, its leadership and employees have created a culture that respects people and encourages innovation. The company’s Manufacturing 4.0 journey has seen Dotson implement data generation and collection systems including a FARO Quantum Scan Arm that takes 3D measurements to inspect product quality. Other innovations showcased during the MLC tour include machine monitoring data, automated charging in the melt process and automatic mold pouring.

On the sustainability front, the company continues to find new ways to reuse energy and materials. It takes a tremendous amount of energy to reach iron’s 2700 degrees Fahrenheit (1482° C) melting point, which in turn creates heat energy that Dotson captures and uses to heat its facility in winter months, including an in-ground heating system to keep its loading dock area free from ice and snow – both common for Minnesota. The company reuses excess iron that is removed from castings in the finishing process and also reclaims the sand used in its molds, eliminating almost 70% of the non-recyclable waste leaving its facility.

Recognizing an Iron-Willed Team

When an electrical contractor caused a fire that destroyed all the company’s molding lines in 2017, it took Dotson six weeks to rebuild its operation. Rather than send workers home, company leaders kept its frontline workers employed in the cleanup process or by sending them out into Mankato to complete community service work.

After rebuilding and reopening the foundry, the company’s then-owners, Denny Dotson and Jean Bye, envisioned and built a new worker-focused space with showers, changing areas, lockers, upgraded break areas including an outdoor terrace, and a more welcoming reception area. The company calls this new space the “Club House,” and it serves as a further indication of the company’s commitment to its people.

More than Just a Tour

For MLC’s plant tour participants, the visit to Dotson Iron Castings included more than just a tour of the foundry and Club House. Visitors had the opportunity to network with fellow Manufacturing 4.0 professionals, participate in one of three breakout sessions, and ask questions both during the tour and a capstone panel discussion.

The breakout sessions dove deep into key topics facing both Dotson and participants alike:  IT/OT Convergence, Energy Efficiency in an Energy Intensive Industry, and The Employee Center and Next Generation Workforce Influence. Dotson’s leadership team shared its experiences and answered questions, shedding light on the company’s continuing evolution.

The event culminated with a wide-ranging panel discussion featuring nine representatives of the host company. The panelists fielded audience questions about workforce turnover, technology innovation, and how the company has perpetually overcome challenges.

The Dotson Iron Castings tour showcased how the company – forged in fire – has equipped its employees with the right technologies and created a culture that is poised to build on its 147-year history.

All photos courtesy Dotson Iron Castings

When Whirlpool Corp.’s Findlay Operations began its World Class Manufacturing (WCM) journey in 2018, the effort was envisioned as a standardized way to drive out waste and loss while keeping their customers in mind.

In March, the Whirlpool team welcomed guests for the Manufacturing Leadership Council’s sold-out tour of the company’s Findlay, Ohio, factory, where visitors learned about the WCM methodology, witnessed the facility in action, and heard directly from company leaders. The visit included information about automation efforts, sustainability programs, training programs, data collection and use, maintenance procedures, and kaizen and other continuous improvement processes.

The nearly 2,200 employees at the Findlay facility manufacture thousands of dishwashers each day including stainless steel and plastic tub varieties. The factory first opened in 1967 and has seen several additions, growing its footprint to one million square feet today. It is one of five Whirlpool manufacturing centers in Ohio and among 56 manufacturing and technology centers worldwide. In 2022, Whirlpool recorded $19.7 billion in net sales.

About World Class Manufacturing: Whirlpool Corp.’s Findlay Operations transitioned from a system based on the Toyota Production System to WCM in 2018. WCM features 10 Technical Pillars that are built on top of 10 Managerial Pillars. Both are essential to achieve WCM status. WCM’s primary goal is to increase quality while reducing production costs. The operating model focuses on driving out waste and loss by demonstrating successful pilot processes that are then spread broadly via standardization.

The WCM audit system has revealed significant progress at Whirlpool, Findlay Operations. Two times per year, the plant is audited by external parties to assess their progress against the WCM methodology. As pillars progress and meet specific criteria, they are awarded points. In the fall of 2022, the Findlay plant scored 53 points during their WCM audit. A score of 50 or more results in being awarded the Bronze-level award for WCM. The next milestone is at 60 points which is a Silver-level award. This scoring is standard for those using the WCM methodology.

What They Saw: For the nearly 100 MLC attendees, the highlight was seeing Whirlpool Corp.’s operation in action.

To make their way around the bustling factory, attendees were broken into seven tour groups, each named after a Whirlpool brand: Maytag, KitchenAid, Amana, JennAir, Swash, Gladiator, and the flagship brand Whirlpool.

During the seven-stop journey, tour leaders shared concrete examples of how standard work is put into practice and how continuous improvement, Kaizen activities and the Plan-Do-Check-Act (PDCA) cycle affect processes and help the company balance safety, quality, and costs. In fact, at the Workplace Organization stop, participants learned how the plant’s Kaizens have saved the plant millions of dollars since 2019.

Along the route, participants saw Automated Guided Vehicles (AGVs) deliver supplies to workstations and heard from tour leaders and frontline leaders. At one stop, guests learned how flipping the dish rack when installing rack clips had saved time, avoided awkward hand and head angles, and decreased worker frustration. Elsewhere, a new lever – 3D printed on site – allowed workers to reduce the force necessary to install the dishwashers’ sump pumps, resulting in a five-year period without a reportable incident and two years without any first aid incidents.

At yet another tour stop visitors saw an automated cell completing a foam-in-place process featuring a robot that has run millions of cycles to date. The company uses automation like this to avoid the 3Ds: tasks that are dull, dirty, or dangerous. Automation allows the company to avoid these 3Ds while providing safer and more interesting work to take place.

Off the factory floor, tour stops included a visit to the Compass Room where data on every machine and process is analyzed so the company can ensure safety and quality while reducing waste. The room provides a place for company leaders to look at the full picture, tie waste back to its root cause, and figure out priorities to address the top losses. From there, the groups also stopped for an overview of the company’s sustainability efforts, which include a pledge to achieve net zero by 2030 with the help of two on-premises wind turbines.

Finally, tour groups visited the Manufacturing Training Area (MTA) where the company demonstrated the training process that employees go through to learn new skills or brush up on existing capabilities. Every new hire starts their Whirlpool experience in Findlay’s MTA. In this training area, staff assess employees and then assign them to stations on the factory floor where they can operate safely and efficiently while measuring up to Whirlpool’s quality standard. To avoid monotony and repetitive stress injuries, Whirlpool workers each have at least three jobs they can do in the factory. Each worker rotates his or her position on the line to undertake these approved job functions during each shift. In fact, some workers are certified in as many as nine frontline jobs.

Diving Deeper During Breakouts and An Expert Panel: The plant tour concluded with three breakout sessions followed by an open question and answer session with Whirlpool leaders. The breakouts allowed participants to learn more and ask questions about WCM, the Kaizen Management System, or MTA and People Development.

The tour contingent reconvened for an expert panel moderated by David R. Brousell, MLC’s co-founder and executive director. During a lively session, participants were able to pick the brains of some of Whirlpool’s brightest minds including Kristin Day, Findlay Operations Plant Leader; Ramsey Aljahmi, Operations Excellence Lead, NAR; Scot Blommel, Senior Manager, Global Sustainability; and Brent Schnipke, Ottawa Operations Plant Leader.

Award-Winning Leaders: There is no shortage of industry expertise and award-winning talent at Whirlpool’s Findlay plant. Kristin Day was recognized as a 2020 STEP Ahead Honoree by the Manufacturing Institute (MI), the nonprofit workforce development and education partner of the National Association of Manufacturers, MLC’s parent. Additionally, Industrial Engineering Manager, Tyra Woodruff, was honored with a STEP Ahead award in 2022, while Amy Doroff, Senior Manager, Material Control and Logistics, was honored as an MI Emerging Leader that same year. Now called the Women MAKE America Awards, the program recognizes women who have achieved success within their companies and proven to be leaders throughout the entire industry. MI’s Emerging Leaders are young women who have demonstrated exceptional accomplishments as they begin their careers.

MLC’s next plant tour will be at The Hershey Company on May 1-2. For more information about upcoming MLC plant tours: https://www.manufacturingleadershipcouncil.com/event/plant-tours/

About 100 Manufacturing Leadership Council members, associate members, guests, and staff descended on Lexington, Ky., in November for a tour of Schneider Electric’s smart factory – a 65-year-old brownfield facility that showcases artificial intelligence, augmented reality, remote monitoring, and predictive maintenance.

The factory was recognized in 2020 as a Fourth Industrial Revolution Advanced Lighthouse by the World Economic Forum (WEF) and later as a Sustainability Lighthouse, one of only ten globally and the first of two for Schneider Electric. It is one of several Schneider Electric factories to achieve this designation, and the company’s first on U.S. soil. Schneider Electric, a 180-year-old company, had E28.9 billion in revenues in its 2021 fiscal year. The company provides industrial automation and control, energy management, and building automation and control products and services.

What They Saw: During the 11-stop tour, participants experienced the complete breadth of Schneider Electric’s manufacturing process. The Lexington smart factory houses a complete, vertically integrated process including a typical assembly line, conveyance, fabrication center, paint room, and more – all connected through Schneider Electric’s Industrial Internet of Things-based (IIoT) EcoStruxure platform.

The tour showcased how Schneider Electric’s digital transformation increased energy efficiency and reduced downtime. AVEVA and Schneider Electric partner on integrated digital transformation solutions that bring together energy management and automation tools with industrial software. In Lexington, the company utilizes both its EcoStructure and AVEVA platforms throughout the facility. For example, at tour stop nine participants saw how the EcoStructure Lean Digitization System calculates true labor efficiency with e-performance and e-andon — digital data-sharing and production monitoring of performance and defects for immediate response. Meanwhile at stop seven in the paint room, the group learned how AVEVA Edge processes data and populates the company’s dashboards in real-time.

In a fascinating application of AI and machine learning, the company has set up a 5G networked camera to photograph and analyze every link in the mile-long conveyer chain. The photos are then automatically compared to thousands of images of broken and unbroken chain links, and the AI-powered system identifies broken and breaking links that need to be repaired and relays this information to the operator.

Insights from Digital Subject Matter Experts: Beyond the smart factory tour, participants joined breakout sessions where they heard directly from Schneider Electric experts about hardware and software tools used in the company’s digital transformation journey to help breakdown data silos and empower employees to make effective decisions at the gemba – the real place where they do their work. Breakout topics included Smart Factory Execution, EcoStruxure Deep Dive, EcoStruxure & Industry Automation, Cybersecurity and Operations, Advanced Analytics in Supply Chain, and Supply Chain Sustainability.

Unfettered Access to Company Leaders: The day ended with a discussion panel during which Schneider Electric leaders answered questions from both the audience and moderator, Jeff Puma, MLC’s Content Director. The panel featured Greg McManaway, Business Process Leader; Fabrice Meunier, Vice President, Industrial End User, System Integrator and Software Business; Anand Varahala, Environment and Sustainability Manager; and Bharat Virmani, Vice President, Supply Chain Performance and MTS/MTO Cluster. The panelists shared their insights on topics including the factory’s digital transformation journey, the WEF Lighthouse process, setting priorities, and scaling digital advances.

A Chance to Rub Elbows: In addition to witnessing the innovations and smart factory implementation at Schneider Electric’s Lexington facility, the tour offered an opportunity to interact with nearly 100 industry leaders in attendance including digital pioneers from both the host company and other MLC member companies. Like all MLC tours, the formal and informal networking opportunities allowed participants to ask questions, discuss hurdles, and seek solutions from other participants on the digital transformation journey. These relationships are invaluable to members’ efforts to expand their connections and Manufacturing 4.0 understanding.

Learn more about upcoming MLC plant tours

All photos by Ian Wagreich; Copyright: capitolhillphoto.com

Members of the Manufacturing Leadership Council were given a glimpse of the future of factory connectivity at the Ericsson USA 5G Smart Factory in Lewisville, Texas and Imagine Studio Tour in Plano, Texas. Exploring the theme Effectively Managing 5G and IoT to Drive Smart Manufacturing, tour participants learned about a highly autonomous and sustainable operation that manufactures Ericsson’s portfolio of 5G products, including advanced antenna radios.

The Lewisville facility was recognized as both a Global Lighthouse and Sustainability Lighthouse by the World Economic Forum, just one of six factories worldwide to win both designations. The Smart Factory has more than 400 employees from 36 different countries.

5G is hailed for its promise in industrial settings due to its low latency and high reliability. It is considered critical infrastructure by the federal government, meaning it is considered so vital that it is designated for special protections and falls under national policy for maintaining its security, resiliency, and function. Additionally, an industrial 5G network requires fewer wires and fewer access points vs. advanced wifi networks. For example: In an 80,000-square foot area of the production facility, just two 5G radios are required for the network. The same connectivity on wifi would require 24 routers.

The plant utilizes automation, interconnected equipment, machine learning and real-time data enabled by IoT solutions and a private 5G network. Constructed in 2019, the facility was built in less than 180 days and delivered its first commercial 5G radio in July 2020. It produces a range of 5G radios for private networks and deployment by cellular carriers for their nationwide networks.

The surface mount assembly lines at the Ericsson USA factory are the longest in the United States at 271.6 feet. The factory layout can be described as a hub-and-spoke assembly system connected with automated mobile robots (AMRs). The equipment includes AMR docks, which allows the AMRs to move components through various stages of assembly. This allows operators to stay focused on production vs. tracking down necessary components.

The manufacturing team at Ericsson says they are focused on “sensible automation” as not everything makes sense to fully automate – for example, final assembly is done with human operators working with collaborative robots. In other areas where it is practical, faster and more efficient industrial robots are deployed instead. The plant runs on a private network separate from Ericsson’s corporate network, and all of its network solutions are hosted on-premises.

On the sustainability front, Ericsson is reaching for an ambitious Net Zero goal in all of its operations by 2030, with a goal of being Net Zero in its entire value chain by 2040. The Ericsson USA factory is 24% more energy efficient vs. comparable buildings, using renewable energy through 1,646 solar panels that generate 17% of the energy required for the factory. All of the energy the facility uses is from either wind or solar sources. It also has two 40,000-gallon tanks for collecting rainwater, which is used for maintaining its drought-resistant, native species landscape and in the facility’s restrooms.

After touring the production facility, attendees were taken to Ericsson’s Imagine Studio where they were given a deep dive into the performance differences between 5G and other previous generation wireless networks, the considerations necessary when planning for 4G/5G connectivity needs, an overview of private cellular networks, and identifying top 4G/5G-enabled use cases for the factory. Topics of discussion included how to align business goals with network deployment, how to select partners and system integrators, understanding risks, and how advanced networks can be deployed on both new and legacy production lines.

As for its future goals, the Ericsson team says that while product variability is currently a challenge from an automation perspective, they aim to control production with AI and machine learning for even greater autonomous operations; 5G will be a crucial component to handling the variability. They describe the process of adjusting their highly automated operations as a journey that is about learning as a team with production, network engineering, and product development. They are also actively pursuing a production digital twin.

Ericsson’s M4.0 philosophy would be good for any manufacturer to emulate: Continuously try new things and evaluate them. Be willing to fail. Aggressively chase production efficiency. Envision the type of company culture that is necessary to be innovative and to meet business goals. And most of all, imagine what is possible and set that as the highest goal.

See the full lineup of MLC’s upcoming plant tours at https://www.manufacturingleadershipcouncil.com/event/plant-tours/.

Lincoln Electric has a long and storied history since its 1895 founding in Cleveland, Ohio, as a manufacturer of electric motors. Today, it is a global industry leader in welding equipment and consumables, additive manufacturing, and automation solutions, and has expanded across 19 countries worldwide and serves customers in over 160. But how does Lincoln keep a connection with its origins through a continued spirit of innovation and learning?

Lincoln Electric first opened its welding school in 1917 and a century later launched its state-of-the-art Welding Technology & Training Center, in 2018. This 130,000-square foot facility includes training stations for virtual welding, where all students start their introduction to welding, and more than 150 training booths for learning on the real ‘arc’. There are classrooms to accommodate both live and online instruction.

Lincoln Electric’s welding training is given to its new employees and external welding students. In addition, Lincoln also offers both turnkey and custom welding training curriculums and courses for customers to help them upskill their professional welders to achieve specific business targets and goals. They also offer a “train the trainer” course for welding instructors to ensure today’s students are getting the most up-to-date instruction to be industry-ready.

MLC members were given a first-hand look at Lincoln Electric’s headquarters in Cleveland at a recent plant tour that included visits to the welding training center in addition to the company’s machine division, where it builds welding equipment and consumables, as well as its large-scale additive business (3D printing) and their automation solutions.

Lincoln Electric is proud to have a high-performance culture that recognizes and rewards success and provides employees with opportunities for growth and development. The company’s Incentive Management System (IMS) for the production workforce includes piece work pay to maximize personal earnings potential, an annual profit-sharing bonus, a no-layoff policy, and an open-door policy including an employee-represented advisory board, who regularly meet with management to discuss various HR and operational matters. The IMS has been studied by the Harvard Business School and is one of the school’s top-selling case studies.

Lincoln Electric’s state-of-the-art, large-scale metal 3D printing solution is an extension of its automation, software development and metallurgical expertise, which has been applied to an additive process. The company’s additive solutions center is the largest platform of its kind globally with 18 3D printing cells which are used primarily to print replacement parts, molds, tooling and prototypes that measure up to eight feet in length and weigh more than 8,000 pounds – and are printed in a variety of metals including mild steel, stainless steel, nickel alloys, bronze, and Inconel. The solution serves a variety of industries including automotive, aerospace, marine, and energy. Customers provide Lincoln with CAD files or their parts and functional requirements and can expect finished parts in weeks versus months when using traditional castings or forging.

The tour stop in the Automation Solutions Center demonstrated Lincoln Electric’s portfolio of automation solutions that are aimed at increasing productivity and addressing the industry’s skills gap. The technology offered includes automated arc welding products, collaborative robots, metal fabrication, and assembly line solutions. The company has seen increased demand for its collaborative robot solutions in particular as manufacturers attempt to shore up their workforce shortages.

So what lies ahead as Lincoln Electric’s biggest challenge? Like most manufacturers, company leadership says that the core focus must be on people – to continue to build a pipeline of talent and attract, develop, and grow the next generation of leaders.

Additionally, Lincoln will focus on expanding its additive manufacturing and automation businesses in line with current trends and demand from customers in a variety of industries. But the company also intends to keep a focus on having a robust product portfolio that feeds into its bread and butter: a comprehensive and vertically integrated welding business, recognized around the world.

When a factory tour begins with stops in the Today Room and Tomorrow Room, it’s clearly not a business-as-usual tour. That’s how many of the participants at the MLC’s latest factory tour started their experience when the capacity crowd visited The Smart Factory @ Wichita.

What they saw: Hosted by Deloitte and Infor, participants were shepherded through a tour of the showcase factory and visits with representatives from Amazon Web Services (AWS), Dragos, Infor, and Siemens. These sessions covered advanced manufacturing techniques, cybersecurity, cloud data analysis, Internet of Things, digital twins and more. Along the way, the tour group experienced a look at how Manufacturing 4.0 is shifting what is possible on a factory floor and in the control center.

The factory tour began with a visit to the Today Room where participants heard about and saw the history of manufacturing. The tour then transitioned to the Tomorrow Room where, like something out of an amusement park, participants were invited to interact with a display table that showed advancements that are coming soon. From there, visitors moved into the heart of the tour where they saw M4.0 technology in action, and perhaps made a quick pitstop for a coffee brewed by the Smart Factory’s robotic barista.

The last stop on the tour was a visit to the control center where real-time data is synthesized and displayed related to The Smart Factory operation and Deloitte’s other immersive manufacturing experiences in Kyoto, Japan and Dusseldorf, Germany. The control center also served as an opportunity to showcase various systems within The Smart Factory’s ecosystem and how they work together.

A fully functional factory showcase: The Smart Factory @ Wichita is located on the Wichita State University Innovation Campus, and provides visitors with a completely immersive experience that brings smart manufacturing applications to life. Housed in a net-zero building, The Smart Factory is powered by a smart grid and manufactures science, technology, engineering and math (STEM) kits that are made of 100% recycled PET (RPET). The STEM kits, called Smart Rovers, are created in collaboration between Deloitte, Elenco Electronics and AWS, and will be donated to schools across the U.S. with the goal of inspiring the next generation of innovators.

M4.0 Discussion: The event concluded with a discussion featuring panelists Jason Bergstrom (Deloitte), Dave Kang (Dragos), Ken Hall (Siemens), Clint Schneider (AWS), and John Shorter (Infor). Moderated by Penelope Brown, the MLC’s senior content director, panelists discussed customer value, cutting through the noise, strategies for implementing and scaling M4.0, upgrading brownfield facilities, lights-out manufacturing, and the importance of communication, culture, data, and integration across the entire business.

As used in this document, “Deloitte” means Deloitte Consulting LLP, a subsidiary of Deloitte LLP. Please see www.deloitte.com/us/about for a detailed description of the legal structure of Deloitte LLP and its subsidiaries.