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Dedicated in-house labs create and optimize laser welding processes for electric motors and batteries.

Like most of the digital architecture of manufacturing, computer numerical controllers (CNCs) have advanced rapidly in recent years, producing far more processing speed and implementing advanced algorithms, while at the same time offering simpler, more intuitive user interfaces.

Full line of fiber and diode laser machines for cutting and hardening

Welding has been around for millennia, but today’s technology doesn’t often benefit from the information- and feedback-rich technologies that its machining cousin does. Christopher Ripley, Director of Business Development, and Eduardo Almeida, Director of Engineering, Innovation and R&D for BrandTech®, sit down with Chris Mahar, Associate Editor, to talk about the company’s BrandTech® Precision Welding system and how its computer-controlled system differs from traditional stud welding.

In this podcast discussion with Rick Schultz of FANUC America and Bruce Morey, Senior Technical Editor for Manufacturing Engineering Magazine, current practices in aerospace machining is dissected. Many shops today stick with the tried and true to reduce risk to schedule and profit, but that tried and true is stuck in the 1980s and 1990s. Rick discusses practical ways to get the most out of 21st century machining technology, by programming for the part and not the machine.

Suppliers of cleaning, safety, and environmental equipment are promoting a common message—good housekeeping is not only good for your workforce, it’s also good for the shop’s balance sheet.

As laser manufacturing systems for sheet and tube grow more sophisticated—powerful, automated and scalable—navigating the wealth of choices might feel daunting.

3D Systems announced an expansion of its plastics materials portfolio.

The 40/20 vertical machining center platform is rightly regarded as the workhorse of job shops. To help their customers deal with increased competitive pressures, machine tool builders are improving on this established 40 × 20" design, relying on advanced spindle technologies, fourth and fifth axis table-on-table configurations and high-speed, high-efficiency machining strategies.

Mayo Clinic’s 3D Anatomic Modeling Laboratory is inventing how to use 3D printing for surgical planning and instruction. People undergoing new, uncommon or complex surgeries at Mayo Clinic may benefit from access to the clinic’s expertise in 3D anatomic models. The models the lab builds also helps with patient and medical education.