Lower Limb Stroke Rehabilitation Device

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.

Rehabilitation equipment specifically designed for stroke patients to support motor recovery and gait training. Applicable in clinical and home-based rehabilitation settings.

Motorized rehabilitation apparatus for passive and active-assisted joint mobilization in lower extremity recovery protocols post-surgery.

A robotic rehabilitation device designed for lower extremity therapy in both sitting and lying positions. It provides automated therapeutic motion for patient recovery and physiotherapy applications.

Equipment specifically designed for hip, knee, and ankle rehabilitation and strengthening. These devices support functional recovery and motor control restoration in lower extremities.

Upper limb rehabilitation exercise robot that assists stroke patients in restoring upper limb function and mobility.

Gait rehabilitation device designed for stroke patients including exercises for hemiplegia conditions. Features adjustable stairs and slopes to support gradual motor recovery and functional independence.

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 exoskeleton device for the lower extremities designed to assist rehabilitation of leg function and mobility. It provides mechanical support and training for patients with lower limb impairments.

Specialized equipment designed for stroke and neurological rehabilitation, allowing precise body weight reduction during gait cycle phases. Improves gait pattern and balance ability while reducing injury risk during intensive rehabilitation training.

Intelligent medical device specifically designed for post-stroke patient rehabilitation using brain-computer interface technology. Facilitates motor function recovery and neurological rehabilitation through motor imagery-based training protocols.

Hand rehabilitation device designed for stroke patients requiring finger recovery and motor function training. Features mechanical or robotic-assisted finger extension and flexion exercises to restore hand mobility and grip strength during post-stroke recovery. Supports progressive therapeutic protocols for upper extremity rehabilitation in clinical and home-based settings.