In simple terms: you can print it, but it's not "springy" enough — it breaks too easily.
Ever thought about 3D printing your own shoes? I tried it, and actually made it happen.
The future of AI-generated 3D models may not be determined by how stunning they look on screen, but by whether they can be reliably printed.
Orthopaedic solutions provider restor3d recently announced the commercial launch of its Ossera AFX Ankle Fusion System, designed to address complex ankle fusion cases.
The Real ROI of Personalized 3D Printing in Oncology: Saving Money and Boosting Efficiency
Mizzou team 3D prints brain models that mimic real tissue, aiming to shift medical R&D to physical testing.
3D Printing at the Winter Olympics: From Bobsleds to Pebbleheads, Technology Empowers the Snow and Ice Arena
3D Printing Restores Decapitated Statue: Digital Rebirth of a Century-Old Artifact
Attention "Wigglitz" fans: An application called "Cute Flexi Maker" is currently being previewed on Bambu Lab's MakerWorld platform, promising a one-click solution for the next wave of 3D printed collectible craze.
Kligo 3D-printed TPU hoof boot with folding mechanism offers custom-fit alternative to horseshoes.
Nodi adds implicit modeling for DfAM, TPMS lattices for lightweight 3DP; desktop in dev.
Limited edition priced at €950 pays homage to the 1985 original with a modern twist
For many studios, AM is now standard procedure for innovative designs, while the entire industry increasingly looks at more sustainable processes
MIT Turns Plastic Waste Into Lightweight, Durable Housing Frames
Geelong council awards funding to Deakin University to investigate development of manufacturing waste into feedstock for 3D printing
Based out of Cornwall, England, OrCA was founded by a team of engineers, designers, and sustainability experts that saw first-hand the effects of marine waste on coastal environments and wanted to find a circular solution to the problem.
Have you ever wondered how realistic 3D printing can become?
Custom earmolds (otoplastics) are now often produced via additive manufacturing because geometries from an ear scan can be manufactured directly as one-off parts.
By default, many slicers first print the outer walls of FDM parts and then add the infill to the component.
The additive technology company’s tailored solution helped 200 patients in 2025 alone
