This video showcases the impact of printing in a heated chamber using the QIDI X-Max 3.
Latest posts
MIT Researchers Let Users Repair AI-Generated 3D Models Before Printing
MIT CSAIL, with Google and Northeastern, built software that generates 3D models from prompts and lets users fix printability defects with language and... read more »
Elegoo Day Sale 2026: The Four Best Prices, And How The Rest Compare
Elegoo Day runs to September 29 with up to 54% off. Four prices are the lowest we have on record, the material tiers... read more »
FibreSeek Opens Pre-Sale of FibreSeeker 3 Continuous Carbon Fibre Printer
FibreSeek has opened a limited global pre-sale of 500 FibreSeeker 3 printers, a desktop machine that lays continuous carbon fibre into plastic parts.
Reverse Engineering Without CAD Data: How the MetroY Ultra Turns Physical Parts into Digital Designs
A custom seat tray for a 1984 Honda CB400, a hard-to-find grille for a VW Golf Mk1 Convertible, and a black throttle body... read more »
University of Amsterdam 3D Prints Ice Structures Without Supports
University of Amsterdam physicists have developed a way to 3D print structures out of ice that need no extra supports and melt back... read more »
RMIT 3D Prints Titanium That Floats
RMIT engineers have created a 3D-printed titanium material that floats in water even after severe damage, a candidate for jetties, buoys and marine... read more »
University of Waterloo 3D Prints Diamond-Shaped Electrodes for Flow Batteries
University of Waterloo researchers 3D printed a diamond-geometry electrode that improved redox flow battery performance by 52 percent in lab tests.
University of Maine Launches 30-Foot 3D-Printed Offshore Boat
The University of Maine launched a 30-foot 3D-printed boat designed for offshore speeds near 40 knots, skipping a new mold for every hull.
SUNLU FilaDC i10: 10-spool filament dehumidifying cabinet
A co-branded storage cabinet that SUNLU rates to hold up to ten 1 kg spools at 10 to 55 percent RH without heating... read more »
ORNL Combines 3D Printing and Electroforming for Leak-Free Nuclear Parts
Oak Ridge National Laboratory and A.J. Tuck combined 3D printing and electroforming to make leak-free HIP cans for nuclear and energy components.
