From the Workshop

The new agreement between Norsk Titanium and Airbus accelerates the journey toward standardization and series production of 3D printed titanium parts in aviation.

Continuum Powders' new CFR service accelerates custom alloy development while bringing the flexibility race in industrial 3D printing materials to the forefront.

Chalmers University's research into yeast-based 3D printing material points to a new direction for sustainable design and low-waste production.

Foundation Alloy's new investment shows why material innovation has become decisive in additive manufacturing. We've gathered the practical takeaways for the FDM side.

Researchers from Notre Dame and Harvard have achieved 3D bioprinted vascular networks approaching capillary scale, shedding light on the future of prototyping and testing infrastructure in [...]

Why does Stratasys' new flame-retardant FDM material matter for producing certified spare parts and end-use components in rail systems?

Harvard's heat-responsive 3D printing filaments that bend and contract on cue are signaling a new design paradigm for robotics and functional prototyping.

Hi3D's new Maker tools aim to make AI-generated models more print-ready. But what does this change in the FDM workflow?

Ottobock's 3D-printed silicone prosthetic liner move clearly shows why digital personalization in medical production is accelerating.

ORNL's origami-inspired 3D printing approach offers time and cost advantages in mold-free composite manufacturing, pointing to a new direction in industrial design.