Atropos is a 6-axis robot arm which can 3D Print Fiberglass Composites and could make printing buildings a lot easier and quicker.
The 2017 Wellcome Image Awards took place this week and the shortlisted images are now on public display in galleries around the world.
Researchers from the University of Bristol and BRL received funding to develop a biomimetic forebrain giving robot hands a sense of touch.
3D Graphene is a super strong material made from compressed and fused flakes of graphene, tested by MIT researchers using 3D printing.
Researchers Develop “3D-CMF” to Offer Higher Quality Surface Finishing for 3D Prints
Researchers at Waseda University have developed the 3D Chemical Melting Finishing (3D-CMF) process to improve the quality of resin-based FDM prints.
3D printing is set to get a lot faster thanks to startup Daqri that are using lasers to cure a light-activated monomer into solid plastic.
Researchers in additive manufacturing materials have developed a group of extremely stretchy, UV-curable, and 3D printable elastomers.
University of Central Florida and NASA are researching how astronauts can 3D print habitats and tools on the Red Planet using Martian soil.
Researchers at the University of Utah used 3D printing to prototype “Smart Glasses” with liquid lenses that adjust to the wearer’s sight.
Engineers at the University of Stuttgart, Germany, have created a 3D printed camera that can give micro-drones eagle-like vision.
In field trials, US Marines successfully printed a plastic replacement Humvee door handle in the relentless heat of the Arizona desert.
Need a new door handle? These “metamaterial mechanisms” developed at the Hasso-Plattner-Institut are functional objects without moving parts.
Students from Delft University of Technology have modfied a 3D printer to cast silicone for soft robotics in a process they call Ulticast.
Disney Research has developed a method which means prints can balance as you intended by using embedded metal ball bearings.
Biochemistry researchers are 3D printing models of complex molecular structures, and using them as a teaching aid for students and educators.
Made with 3D printing, the world’s first submillimeter biopsy forceps which could help reliably detect pancreatic cancer for early treatment.