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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.

3D Systems announced enhancements to its reverse engineering software products.

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.

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.

Simulation software has traditionally been used to predict the behavior of a product or system before designs are finalized and to understand the cause of failures after they have happened so that they can be avoided in the future.

The need for leadership in smart manufacturing cannot be overstated: Making revolutionary changes can be arduous.

A conversation between Contributing Editor Kip Hanson and CEO of EOS, Marie Langer.

NASA landed another rover on Mars in February, thanks in part to the work and leadership of Adam Steltzner. Smart Manufacturing interviewed him shortly thereafter—just as he got off the phone with U.S. President Joe Biden.

In October, in the middle of the coronavirus pandemic, a smaller machine shop in Wisconsin needed a robot to deburr parts—and fast.

To achieve a better world, we have chosen Society 5.0 as our key driver. The evolution of automation technologies in the context of Industry 4.0 and Industry 5.0 is fantastic, but the focus should be to benefit society, humankind and the earth.