A research team at Cornell University has developed a new option for building and modifying prototypes.

Researchers have developed an improved method for build embryonic stem cells from scratch with 3D printing.

A collaboration between Cornell University and the Hasso Plattner Institute has resulted in a system that could reduce costs for rapid prototyping.

As additive manufacturing (AM) further develops as an industry, it will continue to separate into various fields of production. Right now, medical applications for AM are developing at a rapid pace along one path, while other uses, such as parts ...

Like any good tool, additive manufacturing (AM) has a variety of uses. Beyond rapid prototyping and parts manufacturing, AM improves the lives of everyday people through its medical applications. Whether it’s a new ear or synthetic human tissue, 3D printing ...