From the Workshop

By using modifier mesh in PrusaSlicer, you can reinforce only critical areas such as a screw seat, hinge, or clip, making it possible to produce more durable FDM parts without making the whole [...]

The PrusaSlicer 3.0 preview refreshes the FDM print-preparation workflow with a redesigned interface, multi-bed support, offline profiles, and multi-tool support.

Quantum Cyber’s 80-printer FDM production farm shows why capacity, repeatability, and digital workflow must be considered together in low- and mid-volume manufacturing.

Compare the differences between TPE and ABS+ in terms of flexibility, rigidity, impact, outdoor use, heat, printability, and part selection.

Washington State University researchers are exploring how to use AI in 3D printing workflows to reduce trial and error and make better use of limited experimental data.

ORNL and A.J. Tuck aim to shorten intermediate steps in nuclear component manufacturing by combining a 3D printed polymer mandrel, electroforming, and HIP.

USC researchers developed flexible 3D printed sensors for infant MRI imaging, bringing personalized medical manufacturing into focus with claims of roughly 10-minute production and higher image [...]

PETG and PVA are not used for the same purpose: one is for durable functional parts, while the other is a dissolvable support for complex FDM geometries.

Compare the differences between TPC and Polycarbonate in terms of flexibility, heat, impact, rigidity, and printability to choose the right FDM material for your part.

According to a Fabbaloo report dated August 28, 2026, new research examines whether physics-informed machine learning can predict bond quality and process settings in FFF printing with less [...]