From the Workshop

Voltage Materials' Eclipse X9 launch shows why basalt-reinforced PETG filament is being talked about again for outdoor and functional FDM parts. The test data shared in the announcement makes it [...]

A new study published in Scientific Reports shows that infill density and annealing at 95 deg C can be decisive for FDM part strength in both PLA and CF-PLA. The importance of process settings [...]

Peopoly's GIGA 800 announcement brings the cost advantage of pellet extrusion in large-format 3D printing back into focus. The news shows exactly where FDM validation still stays critical for big [...]

Talleres Artificio's field example clearly shows why accurate 3D scanning is critical in spare-part 3D printing. Measurement quality directly affects reverse engineering and maintenance speed.

Why are 3D-printed bicycle parts standing out for low-volume custom brackets and accessory mounts? We break down the practical FDM lessons from a recent news story.

PLA, PETG and ASA do not perform the same for 3D printed parts used outdoors. This guide explains clearly and concisely which filament makes the most sense in each scenario.

The 3D-printed microvanes the U.S. Air Force plans to use across its C-17 fleet show how small aerodynamic parts can deliver major operational gains. The story also clarifies why fast iteration [...]

QinetiQ's rapid spare-part production case shows why 3D printing is back in focus for low-volume and unavailable parts. Especially in scenarios that demand reverse engineering and fast supply, [...]

The new collaboration between NAMI and MBK Global aims to make spare parts more readily accessible through digital inventory and 3D printing. This development clearly shows why it matters for [...]

The University of Tennessee's fLEX robot uses a 3D-printed foot and a sensor-equipped cleat to test World Cup 2026 pitches. The story shows how robotic 3D printing is used in functional [...]