Explore how the TUM FRM II reactor's neutrons are improving 3D printing of aluminum for aerospace applications.

Toyota Yaris Hybrid Car Applies 3D Printing Technology to Create a New Example of High-Performance Die-Casting Molds. This innovative solution was jointly developed by the Fraunhofer Institute for ...

Traditional die casting molds often crack due to thermal stress concentration in high-temperature environments. However, additive manufacturing technology effectively dissipates heat by constructing ...

Sage Titanium is working on their first full suspension mountain bike with 3D printed lugs, and a full titanium build.

The 3D-printed bone grafts are made from a filament comprised of hydroxyapatite — a feature of the natural bone known to promote healing — as well as polycaprolactone, a “biocompatible thermoplastic” ...

Founded by Ron and Clara Mears in 1966, Mears Machine makes precision metal parts for the aerospace, marine, medical, racing ...

Researchers have developed the first vitrimer resin for consumer-grade 3D printing. MIT researchers have developed a new ...

Explore how Fraunhofer ILT is advancing additive manufacturing in the automotive industry with large-scale tool production.

Deep potholes will crack your aluminum alloy wheels, but steel wheels, which are designed to bend, will handle them much ...

Tea leaves trap heavy-metal contaminants. Researchers at Northwestern University have demonstrated that brewing tea helps ...

Having been over a decade since Japan’s Tanaka Precious Metals developed the world’s first platinum-based powder for 3D ...

Metal powders for additive manufacturing market size was approximately USD 517.02 million in 2024 and is projected to reach around USD 2361.61 million by 2034 The global metal powders for additive ...