This technique enables printing complex shapes without the need for traditional supports, resulting in time-saving and cleaner prints.
Latest posts
Heidelberg Team Designs Recyclable Polymer for Light-Based 3D Printing
A Heidelberg University team has designed a light-curable 3D printing polymer that a chemical trigger can take apart at room temperature. Printed parts... read more »
Best Budget 3D Printers 2026: What $169 to $399 Actually Buys
The best budget 3D printer conversation changed character in the last three years. Auto bed leveling, direct-drive extruders, and 250 to 600 mm/s... read more »
MIT turns pine-cone mechanics into 3D-printable adaptive materials
An MIT team used category theory to break a pine cone's humidity response into independently validated building blocks, mixed some of those blocks... read more »
Only 1 in 25 3D Print Buyers Trust AI Generated 3D Models
CGTrader's 2026 market report shows a booming print market, a brutal quality premium, and one number the AI industry will not be quoting:... read more »
Tel Aviv Team Creates Bioactive Ink for Precise 3D Printing
Researchers at Tel Aviv University have developed a bioactive 3D-printing ink that pairs high printing precision with enhanced cell adhesion and antibacterial activity.... read more »
EPFL 3D-prints tiny drones that fly on sound alone
Engineers in EPFL's MICROBS Lab have 3D-printed hollow cavities that convert sound waves into thrust. The cavities power miniature boats and ultralight drones... read more »
3D Printed Coral-Inspired Scaffold Reprograms Immune Cells to Heal Bone Disease
Researchers have developed a 3D-printed scaffold that reprograms immune cells to repair bone damaged by steroid-induced osteonecrosis of the femoral head (SONFH), a... read more »
Revopoint STEM Sale: Up to 20% Off 3D Scanners
Revopoint's STEM promotion brings up to 20% off selected 3D scanners from August 12 to 31, from classroom-friendly handhelds to metrology-grade systems. A... read more »
Notre Dame researchers 3D print blood capillaries smaller than a human hair
Researchers at the University of Notre Dame have developed a hybrid bioprinting technique capable of producing blood capillaries fewer than 10 micrometers in... read more »
