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3D-printed blocks maintain electrical connections as structures change shape, enabling devices to detect configurations without external wires or external controllers. Shape-changi...
4D printing is pushing beyond static 3D-printed objects by enabling materials to reshape themselves in response to environmental triggers, using stimulus-responsive polymers and so...
A flexible electrostatic motor just 1–3 mm thick could eventually power wearable robots, assistive clothing and lightweight prosthetics. Engineers at Switzerland’s École polytechni...
Researchers develop a beetle-inspired soft robot with 3D-printed artificial muscles, carbon nanotube sensors, and finger-controlled movement and gripping.
Researchers at Peking University, Jiangxi Normal University, the University of Science and Technology Beijing, and the University of Bristol have developed a liquid crystal elastom...
Consumer-grade 3D printers can produce customized instruments for detecting bacteria, studying biofilms, and other biophysical research, reducing cost and dependence on commercial...
Few things make the career jump from regional cuisine delicacy to robotics actuator. Yet, in research vaguely reminiscent of RoboCop, scientists have used skeletal muscle from a li...
Extreme Computing research karelmatous Mon, 08/25/2014 - 17:24 Extreme Mechanics high-performance computing la...
North Carolina State University has built a soft underwater robot that hits 1.64 body lengths per second and can rotate about 90 degrees per second while steering in 3D using just...
The Bambu Lab P2S Combo makes useful, polished objects without requiring advanced technical skills.
Scientists at ETH have created robot actuators containing living skeletal muscle tissue, grown from mouse cells, integrated with 3D-printed hydrogel scaffolds. The obvious next ste...
Researchers on AM2SoftMag, an EU-funded project on additive manufacturing of amorphous metals for soft magnetics, have used laser-based additive manufacturing to make electric moto...
Evaporative cooling in a vacuum freezes ultrathin water jets on contact, creating unsupported ice forms for tissue scaffolds and microfluidic channel molds.
Researchers combine bacteria, 3D printing and robotic spraying to turn sand into solid architectural elements without high-temperature processing.
A humanoid robot you can build with a desktop 3D printer is lowering the barrier to experimenting with machines that usually cost far more. Researchers at the University of Califor...
Make up for smart home faux pas by 3D printing a solution.
PrimeBot opened sales of the foldable Q1 and transformable T1 from about RMB 19,999, with shipping from October 1, built around a 47mm, 260g mass-produced joint claiming 85 N·m/kg...
Inspired by kirigami, a new biofabrication technique programs cell-compatible hydrogels to fold into complex 3D shapes, opening possibilities for engineering realistic human tissue...
Engineers have developed a flexible motor just a few millimeters thick. Made of two nested fibers wrapped with electrodes, the device produces enough force to drive soft robotic sy...
Laser 3D printing programs hydrogel microrobots to travel intact, then split into smaller units that can enter narrow channels inside the body and spread a drug.
Chances are you’ve seen Hoberman spheres, those kinetic lattices made of joint-connected rods that, with a little manual effo...
Daniel Widrig is a London-based artist, architect, and designer whose work turns digital models into physical objects that look grown, eroded, stretched, or caught mid-transformati...
An electrically driven molecular machine spins in a controllable direction, increasing conductivity up to 100-fold and opening possibilities for future molecular electronics.
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