3D printed QR codes are the latest development in the prevention of counterfeiting and intellectual property (IP) theft. Created by an international team of researchers from NYU Tandon, New York, and NYU Abu Dhabi, United Arab Emirates (UAE), these invisible tags can be internally embedded within additive manufactured components, to be read later only by […]
Forscher der New York University (NYU) 3D-druckten Knochenimplantate aus Keramik, welche sich nach einiger Zeit im Körper auflösen und das Knochenwachstum an der besagten Stelle anregen sollen. In ersten Tests erzielten die Forscher bereits positive Ergebnisse. Vor allem im Bereich der Prothetik, aber auch in Bezug auf Implantate, erfreut sich die additive Fertigung an wachsendem [...]
Der Beitrag 3D-gedruckte Keramik-Gerüste für neues Knochenwachstum erschien zuerst auf 3Druck.com – Das Magazin für 3D-Drucktechnologien.
Scientists and surgeons at NYU School of Medicine and NYU College of Dentistry, New York, have published a study detailing 3D printed implants that dissolve as a bone heals. According to the study’s senior investigator Paulo Coelho, “Our 3D scaffold represents the best implant in development because of its ability to regenerate real bone,” “Our latest study […]
3D printed foams are used in experiments by materials scientists to make everyday objects smarter, and more effective for purpose. Containing millions of hollow microballoon air pockets, foams are lightweight, and enable materials to be manipulated in new and exciting ways. Foam has been used variously to make a type of 3D graphene, form fitting silicone, and […]
A month of celebration – in May we held the first ever annual 3D Printing Industry Awards and hosted a gala dinner of esteemed guests including Siemens, 3D Systems, Ultimaker, Zortrax, Desktop Metal, Shining 3D, Markforged, Zortrax, Sinterit, HP, Dassault Systèmes, DWS, Autodesk, Polymaker and UCL. Morgan Morey was also announced as the winner of the […]
Self-assembly is the ultimate aim of new research, and presents a future vision of 3D printing at a molecular level. The concept describes how particles can be programmed to arrange themselves into virtually any shape possible. The resulting microstructures formed would be capable of performing tasks the way cells do, and even create the basis […]