Brain-Controlled Rehabilitation Training Equipment

An AI-driven training system for neural rehabilitation that delivers personalized neuromotor function reconstruction programs for patients recovering from neural injury or motor dysfunction.

A virtual reality rehabilitation training system that combines cognitive and motor rehabilitation exercises, with customizable virtual scenarios for therapeutic purposes.

A rehabilitation system employing three-dimensional motion capture and motion-sensing interactive technology to guide patients through diverse task-oriented training in virtual reality environments. It supports neurological rehabilitation and motor recovery.

Electric rehabilitation training bed designed for patient mobilization and therapeutic exercise during recovery. Features motorized positioning to support passive and active-assisted rehabilitation protocols for post-operative, stroke, and mobility-impaired patients. Enables controlled movement therapy to maintain joint flexibility and prevent contractures.

A virtual reality system designed for cognitive and motor rehabilitation training. It combines cognitive and motor therapy elements in an interactive VR environment to support patient rehabilitation.

The Upper and Lower Limb Motor Rehabilitation Training Device is an electromechanical rehabilitation equipment controlled by a motor driver that responds to CPU instructions to regulate motor direction, speed, torque, and spasm protection. The CPU uses speed and torque sensors to monitor movement status and compare against set values, providing appropriate control commands while displaying training data on a control touchscreen.

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.

A training device designed to provide perturbation-based rehabilitation and balance training for physical therapy and neurological recovery.

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.

Integrated system for gait retraining and rehabilitation with real-time biomechanical feedback. Supports targeted recovery programs in clinical rehabilitation settings.

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 utilizing artificial intelligence and motion analysis to accelerate patient recovery. Provides real-time AI-powered feedback during therapeutic exercises and rehabilitation sessions.