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Workholding techniques using a magnetic field, a vacuum, or an adhesive can be effective alternatives to clamps. When these techniques are used, more part area is available for the cutting tools, thin parts can be held, and initial setup can be fast and simple. Plus, there is a potential for smoother surfaces and a shorter overall production cycle.

It’s no coincidence that this editorial will reach you in the midst of our 2016 holiday season—the time of year when many embrace a sense of giving back to others and their community. I hope after reading this editorial you’ll feel empowered and inspired to give back to the SME Education Foundation, as I’ve done for over three decades now.

Charlie Miller, director of sales for the Eastern region of the US for the robot and applications group at ABB, examines emerging trends in robotic welding, how the Industrial Internet of Things is driving changes in the sector, and the biggest challenges users need to address–including the shortage of skilled workers.

Sandra L. Bouckley, FSME, 2017 President for SME, discusses the current state of the manufacturing workforce, what this means for the future, how companies can help bridge the skills gap and the role of new technology in resolving workforce challenges.

SME’s Advanced Manufacturing Now talks to Neil Derosiers of Mazak about the coming digital manufacturing revolution in advance of the MC2 conference to be held April 19-21 in Dallas, Texas.

There are many opportunities that lie ahead for the manufacturing industry. These include disruptive processes such as additive manufacturing and the internet of things as well as newly created

Lean manufacturing principles and automation systems can coexist, although many lean purists contend that lean goals conflict with using automation. Smart applications of automation, however, can result in deployment of systems that are both automated and lean, with flexible manufacturing systems that can be easily reconfigured as factory operations change.

While robots have been deployed in high-profile surgical applications in recent years, using a specialized apparatus like the da Vinci surgical system, the majority of industrial or commercial medical uses for robots are somewhat more commonplace.

Grinding is a thermally dominated process. If done incorrectly, it can lead to surface damage to the work material, and unsatisfactory process economics due to inadequate removal rates and/or excessive wheel wear.

There’s precision grinding and then there’s abrasive machining. So, what is the difference?