Rehabilitation Robot Product Introduction The XFT-2005A Rehabilitation Robot is a hand function rehabilitation training device that integrates sEMG biofeedback functionality and flexible robotic technology. It is designed for stroke patients or individuals with hand disabilities to undergo hand rehabilitation exercises. The device utilizes flexible pneumatic biomimetic muscles as its power source, offering passive rehabilitation training through pre-set exercise programs. Additionally, it adopts an EMG wristband to monitor the intensity of muscle electrical signals in real-time; when these signals reach preset thresholds, the robotic glove engages, thereby assisting in the training of finger flexion and extension functions in the affected limb. This process enables patients to regain voluntary control over their finger movements, trains and repairs limb motor functions, and prevents disuse atrophy of muscles. “Active + Passive”Rehabilitation Training addressing Hand Problems Across Three Stages: Spasticity Stage Flaccid Period Postoperative Recovery Phase Prevention of spasticity, reduction of muscle tension, and enhancement of motor abilities. Passive movement to expedite muscle recovery and autonomous activity strength. Stimulating nerves and muscles to accelerate blood circulation and restoration of motor nerves. Smart Bionic Glove / Utilizing Flexible Pneumatic Technology for Comfortable Wear without Hand Injuries Designed to emulate the structure of the human hand, this glove employs flexible pneumatic bionic muscles as its power source. It facilitates active rehabilitation training for patients through pre-programmed routines. The built-in pneumatic actuators control the bionic fingers with high reliability by delivering consistent and adjustable precision air pressure, ensuring that no secondary injuries such as strains occur while effectively guiding the finger joints through biomimetic training exercises. Innovative EMG Biofeedback Technology / New Mirror Training to Promote Motor Function Recovery affected limb healthy limb This technology employs an EMG wristband to monitor EMG signals generated by the healthy limb in real-time during movement. When the healthy limb is exercised, it immediately triggers the operation of the glove on the affected limb, thereby assisting patients in training their affected limb's flexion and extension functions. This aims to achieve self-directed control over such exercises for the affected limb, repair limb motor functions, and prevent disuse atrophy in the muscles of the affected limb. Based on mirror neuron principles, EMG biofeedback technology is used to enable the healthy limb to guide the affected limb, leading to synchronous movement in both limbs. Under the stimulation of a "healed" illusionary image of the affected side, the mirror neuron system is activated. Through continuous imitation and learning, this process promotes brain function reorganization and serves the ultimate goal of rebuilding neural motor functi