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With a single example, Ira Moskowitz makes the case for why the organization he leads may be critical for advancing manufacturing in the United States.

After three years of work, military researchers are near the end of a project to find a faster, cheaper way to make tools for large aerospace parts like skins for wings and fuselages.

In an announcement orchestrated from Barcelona, California-based HP in June announced an expansion of its 3D printing business.

If you ask any number of manufacturers exactly what they felt the first time they crashed a stationary machine tool or dropped portable measuring equipment, you’re bound to get a range of answers—though dread, terror and even nausea will almost certainly be on the list of responses.

As businesses across the globe are returning to work amid the COVID-19 pandemic, many manufacturers are reconsidering policies and procedures to ensure worker safety and adhere to new regulations in the post-pandemic environment.

Lockheed Martin has had robotics and automation solutions as a component of its product portfolio for longer than a decade.

As part of its continued drive for improvement and innovation, Webster Industries recently converted from solid wire to metal-cored wire in its robotic, fixed automation and semi-automatic welding operations.

Much has been written about potential applications for 5G. But a less well known application exists in the aerospace and defense industry—that pertains to manufacturing processes.

To understand where the field of ceramics in electronics is headed, you have to think small—really small, as in thicknesses that measure only a few hundred nanometers.

Manufacturers who have deployed the digital or smart factory have put down their pencils, found new uses for their clipboards and closed their spreadsheet programs in favor of using real-time data gleaned from condition monitoring of their machinery.