AI Hand Functional Training & Evaluation System PRODUCT INTRODUCTION PRODUCT INTRODUCTION Hand Functional Training & Evaluation System adopts computer virtual technology and combines the theory of rehabilitation medicine to enable patients to complete the hand function training in the computer simulated environment. It’s mainly for active training. In the interventional therapy period, patient’s hand function has recovered part of the isolated movement and can control the function of active movement. The purpose of the training is to enable the patient to better control the hand movement and increase the movement control duration. A4 is mainly applicable to patients with upper limb finger dysfunction caused by nervous system diseases and patients whose upper limb finger function needs rehabilitation after operation. Hand Function Active-Passive Training & Evaluation System A5 is a device launched by our company for finger and wrist rehabilitation training. It is developed by simulating the movement rules of human fingers and wrists in real time. It allows patients to carry out compound passive movement training for single finger, multi fingers, full finger, wrist, finger and wrist. Virtual game function and information searching and printing function are also available. Patients can carry out multi-modal and all-rounded rehabilitation training in the computer virtual environment with the help of the robotic hand. Can do assessment for single-finger, multi-finger and wrist. Can observe hand activities in real time through threedimensional simulation of the software and can evaluate the left and right hand separately. Assessment Interface AI Hand Functional Active-Passive Training & Evaluation System You can see the result of active and passive assessment, green line stands for active assessment, blue line represents passive assessment. CLINICAL APPLICATION 1. Recovery of joint function after hand and wrist injury; 2. Recovery of joint stiffness and joint function after surgery; 3. Upper limb ADL (activity of daily living) training after central nervous system injury; THERAPEUTIC EFFECT Promote the recovery of hand function and prevent muscle atrophy; Improve patient's hand muscle strength and endurance through progressive training; Improve the coordination of various finger joints; Through feedback, promote the brain motor area to restore hand motor function through training and establishing the compensatory area of hand function control in the brain.