From the Workshop

Spectrum Filaments' new investment highlights why capacity and supply security in FFF/FDM filament production have become critical. The news underscores the impact of correct material selection [...]

RIT's new NSF-funded research highlights why a recycled-metal 3D printing approach is seen as significant for both cost reduction and sustainability in additive manufacturing.

Laempe's award-winning sand mold 3D printing approach shows why a toolless, faster digital workflow is becoming so important in industrial production.

Research led by the University of Sharjah shows how 3D-printed PLA geometries can affect concrete beam performance through surface form and cross-section design.

The EPFL team's work on volumetric 3D printing compatible with living cells marks a new threshold in bioprinting speed, scale and precision. The development sends meaningful signals for medical [...]

Xenia's new LSAM composite pellet range aims to make mold and jig production in large-scale 3D printing more stable and predictable.

Markforged has introduced Onyx GF, a glass fiber reinforced nylon material for FX10 and FX20 users. Colorful, rigid and requiring less post-processing, this approach can open a new efficiency [...]

Photocentric's CosmicMaker printer has put 3D printing in space back on the agenda with zero-gravity trials. We summarise what this development means for the production side.

Inkbit's 3D-printed Luneburg lenses, developed with the University of Delaware, highlight the potential of single-part gradient manufacturing for mmWave applications.

New research brings wave-based toolpaths into focus, getting standard FDM printers close to producing 90-degree overhangs without any support.