EU-funded researchers have developed a 3D bioprinting technique to grow living bone, fat and muscle tissue in the lab, opening doors to applications ranging from leukaemia research to cultivated meat.

Made advancements for C103 material with 3D Systems AIG Group Expects fast qualification and certification of machines and materials Focuses on a fast, streamlined domestic supply chain ROCK HILL, S.C ...

A new type of 3D-printable material developed by researchers at The University of Texas at Austin mimics human tissue's ...

Scientists created 4D-printed wind turbine blades that are 80% lighter and spin faster, opening a new path for wind energy.

Spread the loveYou’ve poured hours into your SketchUp model, perfecting every angle, texture, and component. It looks ...

Spread the love“`html When you’re knee-deep in a 3D modeling project, few things are as satisfying as finding the perfect ...

What if complex concrete structures could go from concept to construction in minutes? MIT's latest breakthrough could reshape ...

All-around the P2S is simply the best 3D printer to own. The quality, speed, and accuracy are above reasonable expectations. Adaptive Airflow means you can print any material with ...

Photon P1 Max offers an 18.3L build volume for printing large models or multiple parts in a single job. A 14-inch 12K monochrome LCD delivers fine details, while more than 92% light uniformity helps ...

Proponents say 3D printed construction could revolutionize church architecture. One Texas congregation is about to find out.

Beehive Industries is scaling 3D-printed jet engine production to 8,000 units a year with Air Force funding, 30 new printers, ...

During this year’s Rim of the Pacific, the biennial naval fighting exercise that brings ships and troops from across the ...