Oymotion OHand Intelligent Bionic Hand adopts core technologies such as the non-invasive myoelectric neural signal sensor array independently developed by Oymotion , artificial intelligence pattern recognition algorithms, and novel human-computer interaction technologies. The mechanical structure of the bionic hand is highly precise, consisting of over 280 components and equipped with five ultra-micro motors, enabling independent control of each finger's movement. The sensors can detect the user's gesture movement intentions, allowing for active and natural switching, and can simulate the human hand to achieve precise grasping operations. The OHand Bionic Hand will provide millions of upper-limb amputees in China with a pair of intelligent mechanical bionic hands controllable by thought, helping them restore their ability to live independently, improve their quality of life, and regain a life of dignity. Realize hand movement guided by the mind and feel the future.