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Harvard’s new 3D printing hack creates twisting, bending robot muscle
Engineers at Harvard have developed a 3D printing technique that produces soft robotic structures capable of twisting and bending in predictable patterns when inflated with air. The method, which ...
New Harvard 3D printing technique builds twistable, bendable robotic muscles in a single print with programmed movement logic ...
Soft robots made out of flexible, biocompatible materials are in high demand in industries from health care to manufacturing, ...
A spinning 3D printer nozzle creates soft robots with built-in air channels that bend in programmed directions, turning flat printed structures into grippers and shape-shifting devices. (Nanowerk ...
Discover the innovation of 3D printed robots with precise movements thanks to Harvard's advanced rotational multimaterial printing.
Achieving sub-second 3D printing, DISH combines wave-optics modeling and angular illumination to improve resolution and depth ...
The method, described in Advanced Materials, replaces the slow, multi-step molding and casting process that traditionally defines soft robotics. Researchers have figured out how to 3D-print ...
A Tsinghua University team claims sub second volumetric 3D printing with fine features, and the trick is moving the optics instead of the resin.
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