PLA made 3D printing easy for me, but PETG is what made my printed parts useful.

Inside the University of Miami’s newly opened 3D bioprinting lab, the future of medicine looks a lot like science fiction.

Significant institutional momentum around large-format additive manufacturing and the push for faster production in U.S.

NIST researchers developed a laser stirring technique that helps 3D printers create hard-to-make high-entropy metal alloys.

Researchers at the US Department of Energy’s Oak Ridge National Laboratory developed DuAlumin-3D, a 3D printable aluminum ...

Australia has unveiled the world's first tower crane 3D printer that's capable of building concrete structures up to 328 feet ...

GMC has officially unveiled the GMC Hummer X Truck and SUV Concepts, shaking up the electric vehicle market with a bold, ...

A small non-hierarchical collective in Arizona is using an open-source design to create life-saving tourniquets.

Trinckle 3D has published a pair of German patent applications that point toward a very specific problem in additive ...

A decades-old patent from MIT Professor Bill Freeman inspired the new “Y-zipper,” a three-sided fastener that can snap gear, robots, and art into shape with the push of a button.

Whether it’s reproducing parts that are no longer available, or creating one-off performance parts, 3D printing has opened up a lot of possibilities. But those parts are only as good as the templates ...

A zipper concept patented in the 1980s and then shelved for nearly four decades has been revived by researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL), who used 3D ...