Dexterous Hands
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Smart Prosthesis
（2）Strong power, fast speed, strong structure, light weight, intelligent bionic hand It adopts core technologies such as non-invasive myoelectric nerve signal sensor array, artificial intelligence pattern recognition algorithm, and new human-computer interaction technology. The mechanical part of the bionic hand has a precise structure and is composed of more than 280 parts. It has 5 built-in ultra-micro motors that can independently control the movement of each finger. The s... -
Humanoid hand for robot
High precision: built-in PID motor control algorithm, capable of achieving ±1mm positioning accuracy to ensure operation accuracy
High flexibility: The dexterous hand ROHand has 6 active degrees of freedom, which can simulate human hands to achieve a variety of gestures, such as pinching, grasping, etc.
Typical applications: humanoid robots, robot end effectors, inspection robots, intelligent bionic prosthetics, education and scientific research equipment, etc
Human hand design: infinitely close to the size and proportion of human hands
Lightweight materials: Use aluminum alloy and zinc alloy materials to reduce the overall weight