Gait rehabilitation system AI1

robotic

Based on the principle of neural plasticity, simulating the change of center of gravity during human real walking, through mechanical legs, patients complete a large number of repetitive physiological gait training, so that patients can establish the correct movement mode, thus restoring normal walking function. Scope of application Retraining of walking function in neurological disorders. Cerebral stroke, TBI, Parkinson' s disease, spinal cord injury, multiple sclerosis, etc. Recovery of lower limb function in musculoskeletal system diseases. After prosthetic replacement, disuse muscle weakness, degenerative joint disease of the lower limbs, lower limb muscle wasting. Reconstruction of walking function of the disabled and the elderly. AI mirror gait learning assessment. Learning to collect the mirror image of gait，to provide users with more gait possible. Personalized treatment and customized treatment plan. Patient management, evaluation, recording, reporting, comprehensive monitoring of each patient, to provide a basis for the formulation of personalized treatment programs. Five axis linkage technology. Autonomous and controllable, adaptive perception change, and automatic matching of human motion. Dynamic weight loss and longitudinal center of gravity driven augmentation. Providing gait therapy that best fits the physiological characteristics of the human body.