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FDA’s point person for 3D printing of medical devices initially dismissed the idea of working at the agency.

The dramatic growth in the number of universities with sustained AM research programs and associated curricula also means that many of these graduating students have even played a direct role in advancing the technology.

Additive manufacturing is this month’s focus in Manufacturing Engineering. As you’ll read in this month’s pages, AM is spreading its reach even as there are challenges to more widespread adoption.

The 3D printing industry has proved itself during the pandemic as a solution to disrupted supply chains.

A look at tailored devices for individuals in clinics and hospitals.

Additive manufacturing is uniquely positioned to enable "rapid response manufacturing."

The mass use of AM with emergency authorizations is almost as unprecedented as the pandemic itself. Worldwide supply chain disruptions required everyone to identify local solutions to manufacture emergency medical supplies and equipment. AM came out on top as an on-demand, production-capable, locally sourced solution.

The future vision for POC medical manufacturing includes printing patient-matched implants where no existing devices are available.

Long before the pandemic, additive manufacturing was recognized for its ability to enable the creation of personalized surgical plans and tools, thus helping improve patient outcomes.

Amorphous metals are ideal for medical devices created with 3D printing.