xMED412, a polypropylene-like material that is ideal for manufacturing a variety of biocompatible, medical and wearable devices, is commercially available.
Located in Austin, Texas, it comprises application technology lab with 3D printers and processing area, R&D lab, production rooms and associated office areas.
Agreement aims to prove standards for certification of metallic components produced by NYP’s Additive Manufacturing Innovation Centre for maritime applications.
LTC Jason Barnhill of the US Military Academy's Department of Chemistry and Life Science demonstrated the printing of an orthopedic screw on the nRugged system.
Aim to develop a 3D printing process that enables the simple and efficient production of 3D components using cost-effective UV-LED curable reactive resins.
Tool will be able to additively build integrated hybrid circuits on 3D surfaces, as well as devices on flexible, low temperature and rigid planar substrates