FRJS can spin fibers in the single micron scale, which is 50-times smaller than a human hair, much quicker than 3D printing methods that perform slower as features get smaller. This is essential when ...

Researchers at Georgia Tech and Emory University are attempting to help with that. A 3D-printed heart valve, made using a biocompatible material called polyglycerol dodecanedioate, was created at ...

The University of Manchester scientists have created the most detailed ever 3D scan of a rare form of congenital heart disease. The ‘walk through’ 3D video for the first time allows a precise ...