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Advancing Interposer Design for Next-Generation Microelectronics

As electronic systems become smaller, faster, and more functionally integrated, the packaging technologies that connect them must evolve. Traditional approaches like printed circuit boards, LTCC, and lithography-based fabrication often fall short when it comes to routing complex electrical pathways—especially in compact 3D architectures or between non-planar components.

3D Printing in the Lab

The biomedical sector is emerging as a key arena for 3D printing technologies, enabling researchers to access new tools to tackle design challenges, explains Ricky Wildman.

Micro-3D Printing Powers Cancer Organoid Research

Advances in cancer research increasingly depend on the ability to replicate the body's complex biology at a microscale. Join John Kawola, CEO of BMF, as he explores the role of 3D printing in organoid and cancer research.

Replacing Animal Testing with Organoids

Newly-installed FDA Commissioner Marty Makary announced a plan to begin phasing out animal testing in drug development, particularly for monoclonal antibodies, but how long will it take?

The Trade War Is On. Is This 3-D Printing’s Moment?

What if, instead of buying your parts from abroad, there was a simpler way to manufacture at home without building a factory. That’s the solution seen by advocates of additive manufacturing, more colloquially known as 3-D printing. Instead of buying parts from a foreign country, additive enthusiasts ask, why not print them in the U.S.?