Researchers observed how metal microstructures evolve during 3D printing, offering insights to improve strength, reliability, and design of advanced components.

Introduction: During the development of Toyota's new hybrid vehicle model, a large LPBF metal 3D printer from Fraunhofer ILT ...

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

The National Renewable Energy Laboratory's new robotic metal 3D printer is speeding up prototyping and small-run component ...

We take a closer look at what is probably the most popular sport in the world, specifically, the applications of AM for ...

In the environment section of its iPhone Air press release this week, Apple revealed that the device is equipped with a ...

The workflow begins with an EinScan Pro HD 3D scanner, which digitizes the existing parts. The model is then refined in ...

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

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

Explore the innovative Nortrhop Grumman CERAPRINT process, revolutionizing 3D printing of silicon carbide optics for aerospace.

What Happened? Shares of 3D printing company 3D Systems (NYSE:DDD) jumped 2.9% in the morning session after the stock ...