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In the never-ending quest to create better products, the latest tool is a technology called “generative design” (GD). A GD algorithm receives high-level requirements as input and generates an optimal design as output.

Are you ready for metamorphic manufacturing, what some call the third wave of the industry’s digitization? If not, take in Contributing Editor Karen Haywood Queen’s expertly reported story.

To cash in on the additive market in the future, the company knows it has work to help customers move beyond the early adopter phase.

COVID-19 marked the first time in history that supply, demand and the workforce were impacted at the same time by an adverse event. Manufacturing sites shut down, ports closed and the global economy was hit hard.

Can small and medium-sized manufacturers, Tier 2 or Tier 3 guys, use all-digital descriptions of part orders, dispensing with paper specifications and supplemental drawings to efficiently deliver parts?

A couple of years back, Scott Blake was at a trade show in Baltimore when two researchers from the National Aeronautics and Space Administration Goddard Space Flight Center stopped at his company’s booth.

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 face challenging times. After more than a decade of booming economic growth, some are pointing to a potential recession.

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.