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Factory safety is not a theoretical issue for Gabe Glynn, CEO of the wearable tech firm MākuSafe.

Managing sensor performance has become a must-have for manufacturers. The advent and rapid adoption of IoT technology, enabling smart manufacturing systems, has created a two-fold scenario. Intelligent systems at once provide for near-real-time systems monitoring and create a new prediction problem.

When the ergonomics team at General Motors decided to field test wearables to augment their plant workers’ physical abilities, they partnered with body mechanics experts who collect data in a scientific way—and talked with users.

The impact of COVID-19 has changed the way we conduct business, and now, more than ever, illuminates the need for manufacturers to assess their processes and implement smart manufacturing technology.

One of the biggest challenges that any shop faces in 2020 is finding skilled workers to backfill those baby boomers who are retiring, or simply finding staff to meet the demand of a healthy manufacturing economy.

East Iowa Machine Co. (EIMCo) in Farley, Iowa, is a full-service machine and fabrication shop. It is an ISO 9001:2015 certified manufacturing company, employing about 150 people on three shifts at its single 130,000 ft2 (12,077 m3) location, and converts raw metals into finished component parts and assemblies using a wide variety of CNC equipment and state-of-the-art manufacturing processes.

The ability to take Industry 4.0 software and implement it into your current server system, connect your machine tools, start collecting data and make it valuable to your business is very easy to do. That is according to Brad Klippstein, supervisor and product specialist at Okuma America Corp., Charlotte, N.C.

Industry 4.0 often seems like a vague, faraway idea, but there are several practical and relatively easy steps that can be taken to jump into the “future of manufacturing” right now. From addressing skilled labor shortages to increasing machine utilization, a fancy title should not stop a shop owner from using what works.

The Injection Molding Machine Interface (IMMI) is made for plastics manufacturers to integrate Universal Robots with injection molding machines.

With widespread stay-at-home orders, and to contain the spread of COVID-19, many manufacturers, unless deemed essential, have closed shop and sent workers home. The resulting loss in productivity has forced companies and teachers to utilize the time to provide or continue with remote e-learning.