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.
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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 »

An MIT team used category theory to break a pine cone's humidity response into independently validated building blocks, mixed some of those blocks... read more »

CGTrader's 2026 market report shows a booming print market, a brutal quality premium, and one number the AI industry will not be quoting:... read more »

Researchers at Tel Aviv University have developed a bioactive 3D-printing ink that pairs high printing precision with enhanced cell adhesion and antibacterial activity.... read more »

Engineers in EPFL's MICROBS Lab have 3D-printed hollow cavities that convert sound waves into thrust. The cavities power miniature boats and ultralight drones... read more »

Researchers have developed a 3D-printed scaffold that reprograms immune cells to repair bone damaged by steroid-induced osteonecrosis of the femoral head (SONFH), a... read more »

Revopoint's STEM promotion brings up to 20% off selected 3D scanners from August 12 to 31, from classroom-friendly handhelds to metrology-grade systems. A... read more »

Researchers at the University of Notre Dame have developed a hybrid bioprinting technique capable of producing blood capillaries fewer than 10 micrometers in... read more »

A wireless ultrasonic cutter built for longer, cooler cutting sessions, now live on Kickstarter. Now live on Kickstarter Super Early Bird pricing from... read more »

Researchers at Pusan National University in South Korea have developed the first 3D-printable smectic liquid crystal elastomer ink capable of switching molecular alignment... read more »

A St. Petersburg, Florida manufacturing company has used large-format robotic 3D printing to produce a military drone boat, marking the latest expansion of... read more »

Florida Atlantic University has received an $800,475 grant from the U.S. Environmental Protection Agency to develop AI-guided, 3D-printed structures that pull excess phosphorus... read more »

