Westlake University researchers propose a multimaterial embedded printing method for the fabrication of composite reinforced actuators used in soft robotics. The method improves fabrication flexibility, allows for programmable responses, and can be used for complex soft robots.
Oak Ridge National Laboratory and A.J. Tuck combined 3D printing and electroforming to make leak-free HIP cans for nuclear and energy components.
MIT researchers have 3D printed a set of modular building blocks that stay electrically connected no matter how you compress, stretch, rotate, or... read more »
SHINING 3D has launched the EinScan Trak, a wireless tracking and scanning system whose spherical scanner splits open to release a standalone handheld... read more »
Queen’s University Belfast pharmacy researchers have 3D-printed a dissolving microneedle patch that carries two skin-cancer drugs in the resin itself, in a single... read more »
Washington State University researchers used AI to find process settings that 3D print GRCop-42, a NASA copper-chromium-niobium alloy used in rocket engine combustion... read more »
University of Southern California researchers have 3D printed flexible MRI coils in under 10 minutes for about $30, and tests showed roughly four... read more »
A Kansas State researcher is printing full-size 4-by-4-foot concrete modules off-site, then assembling them as storm-shelter blocks meant to take tornado winds and... read more »
A Livermore team 3D-printed an all-ceramic waveguide by extruding ytterbium-doped yttrium aluminum garnet filaments within an undoped garnet matrix and then drying, sintering,... read more »
A Heidelberg University team has designed a light-curable 3D printing polymer that a chemical trigger can take apart at room temperature. Printed parts... read more »
The best budget 3D printer conversation changed character in the last three years. Auto bed leveling, direct-drive extruders, and 250 to 600 mm/s... read more »
