Upper and Lower Limb Motor Rehabilitation Training Device

Rehabilitation equipment for upper extremity exercise and functional recovery. Supports motor retraining and strength restoration in post-injury or post-surgical patients.

Rehabilitation equipment designed for upper extremity training and functional recovery. Supports patients in regaining strength and mobility following injury or surgery.

A rehabilitation training system designed for upper limb functional impairment recovery in stroke patients during the recovery phase. The system provides feedback-based training and functional assessment capabilities for post-stroke rehabilitation of the upper extremities.

Equipment designed for lower limb rehabilitation and motor training therapy. This device supports physical therapy and exercise-based rehabilitation programs for patients with lower extremity impairments.

A bionic rehabilitation system that restores the real movement trajectory of the upper limb through remote control operation. The equipment drives patients to complete difficult training in three-dimensional space with automatic identification, recording, analysis, and evaluation functions to stimulate neural pathway reconstruction, improve upper limb motor control, and establish correct movement patterns.

An intelligent rehabilitation system for the upper limbs featuring real-time feedback and training functions. This equipment supports patients in regaining upper limb strength and mobility through interactive rehabilitation protocols.

A training system designed to reduce spasticity and improve motor control in the lower limbs of patients with neurological disorders.

Ergonomic upper limb weight reduction manipulator providing three-dimensional training and evaluation. Incorporates incentive feedback games and standardized evaluation tools to assess patient abilities and accelerate upper limb rehabilitation and brain recovery.

A medical rehabilitation device for hand function training that supports both active and passive therapeutic exercises. It assists in restoring hand function through comprehensive training protocols.

An AI-powered rehabilitation and strength training system with motor-controlled resistance that adjusts weight and speed automatically. The system measures isometric, isotonic, and velocity-based training parameters, providing customized exercise prescriptions based on patient data. Suitable for medical testing, rehabilitation, and functional capacity evaluations in clinical settings.

An assessment and training system for motor function disorders featuring joint evaluation, gamified exercises, active training protocols, and objective performance metrics. It provides comprehensive functional assessment with interactive rehabilitation training.

Based on motor imagery brain-computer interface electrical stimulation system, this device enables stroke patients to perform active rehabilitation training through motor intention. It achieves closed-loop neural pathway training from center to periphery to center, promoting neural circuit reshaping and improving rehabilitation outcomes by 30-40% compared to conventional training.