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Materials engineered for use with specific printers and qualified for verifiable repeatability and accuracy help ensure long-term mechanical properties ranging from heat resistance to biocompatibility.

When the press reports on additive manufacturing, the line between what’s possible now and what may be coming in the future is sometimes blurry. People love to read about breakthroughs taking place in university labs and company R&D centers—the reports of which always include Star Trek-like possibilities of what those breakthroughs may portend.

If everyone were to stand in a single-file line, patients on the U.S. organ transplant waiting list would form a line over 70 miles long.

While 3D printing for dental applications is generally recognized as a mature technology, material innovation continues apace. An emerging trend has been for machine and material suppliers to augment their portfolios by working with or acquiring outside partners.

Although the first iteration of 5G technology has offered limited use cases in manufacturing, the next two generations, now expected to be available in the fall of this year and then the fall of next year because of COVID-19-related delays, will help factory owners achieve greater digital transformation of their factories.

Using 3D printing, or additive manufacturing (AM), in health care is on the rise, with the market expected to be worth nearly $26 billion by 2022. This growth goes well beyond just prototyping, as AM is already used throughout the industry to solve problems and improve care.

Dana Inc., the automotive supplier that outfits many of the world’s leading automobile brands with drivetrain components and more, is building something very special in-house.

There is very good technology available today that helps manufacturers solve real problems, but that is not what digital manufacturing is about.

DanaMedInc.’s Pathfinder ACL Guide is a biocompatible surgical device enabling surgeons to better reconstruct partially or fully torn anterior cruciate ligaments (ACL) and reduce the risk of re-tearing.

Additive manufacturing has become increasingly sophisticated in recent years, capable of producing orthopedic implants with complex lattice structures that further enables osseointegration.