Hand Rehabilitation Device Stroke Patients Finger Recovery Training

Rehabilitation device designed for finger mobility and strength recovery through structured training protocols. Supports post-injury and post-surgical hand function restoration.

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

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.

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.

Rehabilitation training equipment designed to support patient recovery and functional improvement in rehabilitation therapy programs.

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.

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 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.

CAPRI is a virtual reality-based hand training system designed for motor rehabilitation and functional recovery. The device enables patients to perform targeted hand and upper limb exercises in an immersive VR environment, providing real-time feedback and quantifiable progress tracking. Suitable for post-stroke rehabilitation, hand surgery recovery, and neurological conditions affecting hand function.

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 comprehensive hand orthosis with training equipment designed for stroke rehabilitation and hemiplegia recovery. The device incorporates ball training elements to facilitate finger, wrist, and hand function restoration.