Algorithm developed by engineering researchers at University of Michigan allows desktop 3D printers to boost speed without impacting quality.
Inspired by movies like Iron Man and Star Wars, researchers from Brigham Young University in Utah have developed a breakthrough in "free-space volumetric display". This holographic method is capable of creating full-color graphics in thin air using particles in space.
HRL Laboratories in California have made a metallurgical breakthrough; a technique to successfully 3D print high-strength aluminum alloys. A new process for 3D printing aluminum alloys opens up the possibility for lighter, faster aircraft which could fly further using the same amount of fuel. How so? Because modern planes are held together with thousands of […]
Researchers from Purdue University have developed an inkjet-inspired 3D printing technique that offers a more precise and safer way to deposit energetic materials.
Minnesota university researchers have tested a 3D printed biopatch on mice which can heal scarred tissue after a heart attack.
Scientists have developed an easy and affordable way to print biological environments without losing their chemical complexities.
High schoolers joined SD Mines' Research and Engineering Apprenticeship summer program to make 3D printed rocket propellant.
Made by design studio Get Models Now using ZMorph Multitool 3D Printers, the Age Simulator is suit that replicates the physical sensation of being 75 years old. Wearing one will help designers to better understand the needs of the elderly.
Researchers from TU Delft have developed self-folding origami-style 3D structures using sequential shape shifting mechanisms.
With a 3D printed turtle or baseball, say MIT researchers, you have the tools you need to spoof a neural network in the physical world.
Using 3D printing technology, MIT researchers have developed a microfluidic device capable of producing nanofiber meshes.
Researchers from ETH Zurich have developed an entirely soft artificial heart made with a 3D printing and lost-wax casting technique.
3D Graphene is a super strong material made from compressed and fused flakes of graphene, tested by MIT researchers using 3D printing.
New from MIT, the ChainFORM system is made from interlocking modules that can transform and change shape depending on the needs of the user.
Students from Delft University of Technology have modfied a 3D printer to cast silicone for soft robotics in a process they call Ulticast.
With embedded antennas that reflect surrounding signals, these 3D printed wireless connected objects don’t need power to transmit data.
HRL Laboratories in California have made a metallurgical breakthrough; a technique to successfully 3D print high-strength aluminum alloys.