A research team with Professors Wei Chen and Ryan Truby harnessed physics, computation, and 3D printing to autonomously produce materials that change shape on demand.

Slow but steady growth in the use of 3D printed concrete in construction brings in new firms and users, as the nascent ...

Last time, we built a case for a PCB that handles 100 W of USB-C power, an old project that I’ve long been aiming to revive.

Research on biocomposites reveals how Martian regolith and spirulina can create durable materials for 3D-printing habitats on ...

Organ donors can save lives, for example those of patients with kidney failure. Unfortunately, there are too few donors, and the waiting lists are long. 3D bioprinting of (parts of) organs may offer a ...

Two years ago, the desktop 3D print world was thrown into a tizzy when Bambu Lab came forward with a low-priced, reliable, ...

Swedish researchers have developed two types of 3D bioprinting technology to artificially generate skin containing blood ...

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

Students struggling with how to start a major project can visit the BYU Harold B. Lee Library to receive help using one of ...

He invented 3D printing processes to speed small-scale additive manufacturing and aid nuclear fusion development.

AG: We’re seeing three key changes. First: automation—robotics and fully automated production lines to reduce human error and ...

PLA filament is a great low-temperature printing filament that's easy to use, non-toxic, and suitable for beginners as well ...