We apologize, this video has expired. A new type of 3-D printer created by Disney Research allows layers of soft fabric to be used instead of plastic or metal. The result is objects that are as soft ...
Robotic claws, or grippers, are notoriously hard to use — remember trying to pick up a toy with an arcade claw machine as a kid (or an adult)? But a new soft gripper designed by researchers at the ...
Robotic arms are fascinating devices, capable of immense speed and precision when carrying out their tasks. They’re also capable of carrying great loads, and a full-sized industrial robot in operation ...
The new fast 3D printing technique developed by researchers at EPFL. Ecole Polytechnique Federale de Lausanne 3D printing has incredible potential for both research and home uses, but it has some ...
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Robo-tendrils inspired by garden vines lift fragile objects, even supporting humans
MIT and Stanford built vine-like soft robots that wrap, lift, and gently carry objects — even humans — using inflatable ...
Researchers at MIT have created a robot with the ability to identify the objects it picks up – at least their dimensions – by touch. This robot is working at MIT's Computer Science and Artificial ...
Your typical 3D printer works by layering melted plastic to eventually build up a solid 3D object, but what happens when you swap plastic for fabrics? Suddenly you’ve got a machine that can create ...
A control system for deformable robot-fingertips was developed for grasping and releasing objects. Previously developed robot fingertips with high friction texture can stably grasp a paper box, a soft ...
Traditional robots can have difficulty grasping and manipulating soft objects if their manipulators are not flexible in the way elephant trunks, octopus tentacles, or human fingers can be.
Although we may think of 3D-printed items as being hard, they're actually often made from soft gels, as is the case with bioprinted body parts. A new system now allows such objects to be printed at a ...
Hello!<BR><BR>I am interested in creating a soft object which exhibits fluidlike behaviour. Using a mesh of springs as the surface but containing some springs (or other elements) underneath the ...
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