Flexible Fingers for Micro-Robotics

The US Department of Energy ta the Lawrence Berkeley National Laboratory have developed a microscale actuator that flexes like a tiny finger. It uses oxide material that expands and contracts as a response to small temperature variation. The actuator is smaller than the width of human hair, and will be used in application for microfluids, drug delivery, and artificial muscles.

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Flexible Fingers for Micro-Robotics

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