Hand Rehabilitation Robot Gloves Pneumatic Finger Exercise Trainer for Hemiplegia Stroke Recovery Active and Passive Training Modes

This rehabilitation robot glove is a specialized training device designed for children and adults with impaired hand motor function, helping them regain the ability to grasp, hold, and manipulate objects. It uses air pressure as the power source to automatically drive finger movements, reducing spasms and providing effective hand recovery training. The device features two main training modes. In active mirror mode, a healthy hand performs specific movements according to a set program, and the glove on the injured hand mirrors those actions. This forces the brain to focus on visual and tactile sensations, copying impulses to the motor neurons of the affected hand while receiving mechanical repetitions from the robot glove. The nervous system, brain, and muscles are trained simultaneously. In passive mode, the rehabilitation glove is worn on the affected hand, and the device performs predetermined finger flexion and extension exercises. This helps restore motor function and develop hand motor skills. It is recommended to perform these exercises for at least 20 minutes each session, 2 to 4 times per day. The glove can be used to train both hands at the same time. It can also be controlled by another person wearing mirrored gloves, which is especially suitable for patients with both hands injured. Regular training under guidance can lead to observable progress from early stages, reducing stiffness and immobility of the joints, restoring blood circulation, decreasing muscle stiffness, recovering muscle performance after atrophy, reducing increased muscle tone and joint pain, and normalizing metabolism and digestion. This rehabilitation robot glove is most effective for conditions such as cerebral palsy, hemiplegia, muscle contractures, paralysis, spinal injuries, Parkinson's disease, multiple sclerosis, musculoskeletal disorders, post-stroke neurological disorders, traumatic spine and spinal cord injuries, and hand muscle stiffness after surgery.