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By now, most of us in the manufacturing world are familiar with the steady stream of news describing organizations, large and small, providing medical equipment using 3D printers.

Advanced cutting tools can maximize metal removal rates (MRR) when machining even the most difficult-to-machine materials. Powered by the latest CAM programs, these machining strategies are known variously as high-speed, high-efficiency, optimized roughing and also by proprietary brand names like Mastercam’s Dynamic Milling.

OMAX Corp. has announced a virtual trade show showcasing the ProtoMAX abrasive waterjet. Using the ProtoMAX as a teaching tool, OMAX will present a program of design, machinery, and innovation as it pertains to the advancements of abrasive waterjet technology.

An executive at HP Inc. talked to SME Media about the state of the company's 3D printing business, including how recent announcements are intended to boost the operation.

3D Systems and the Veterans Health Administration (VHA) said they have entered into a contract to employ additive manufacturing solutions to better serve veterans with next-generation medical devices produced at the point of care.

Rich, General Motors recently invested in 17 production-grade FDM printers, intending to use them for 3D-printed tooling. The term “tooling” is quite broad, however. Can you share details about what types of tooling GM and others are 3D printing, and why?

Power management company Eaton said its Vehicle Group is implementing a new 3D metal printing program as a part of its Industry 4.0 strategy to reduce development time and improve efficiency.

In a virtual event conducted over the internet on October 15, Siemens introduces new capabilities for its Sinumerik One control package.

The company’s G150 is aimed at small, high-precision parts made of tough materials.

Manufacturing Engineering last covered the pluses and minuses of combining additive and subtractive machining in detail in July 2017.