Upper limb rehabilitation robot

Upper limb rehabilitation robot designed for motor recovery and functional therapy in patients with stroke, spinal cord injury, or neurological impairment. The device provides repetitive, task-specific training with adjustable resistance and motion parameters to restore arm and hand function. Features include real-time feedback, adjustable workspace, and integration with clinical assessment protocols for monitored rehabilitation outcomes.

A robotic rehabilitation device that assists in the recovery and training of upper extremity function. The device provides controlled movement support and resistance training for arm and shoulder rehabilitation.

Intelligent robotic system designed for automated rehabilitation therapy and motor function recovery. Supports clinical rehabilitation programs for patients with movement impairments.

Rehabilitation robot system for central nervous system and spinal cord damage recovery. Provides robotic-assisted movement training, cognitive rehabilitation, and precise motor control through computer-based programs. Delivers real-time data analysis to improve strength, range of motion, balance, and cognitive function for enhanced patient independence.

Multimodal bedside robot designed to assist with patient mobility, rehabilitation exercises, and physical therapy tasks in clinical settings. Combines robotic precision with adaptable programming to support physiotherapy protocols and reduce caregiver burden during patient care and recovery.

A robotic device for lower extremity muscle strength training and functional assessment. The system measures and documents muscle performance while providing resistance training for leg rehabilitation.

A robotic rehabilitation system designed to train and evaluate lower extremity function and mobility. The device provides real-time feedback to patients during lower limb rehabilitation exercises.

RoboGait® is a robot-assisted walking therapy device designed for gait rehabilitation and mobility restoration in patients with neurological conditions, spinal cord injuries, or stroke. The device provides body weight support and automated leg movement assistance to facilitate overground walking training and motor recovery.

An intelligent walking assistive robot designed to help patients with stroke, spinal cord injuries, post-operative rehabilitation, and age-related gait difficulties regain mobility and confidence. The device provides autonomous walking support and rehabilitation training suitable for both clinical and home environments.

Advanced robotic devices used in rehabilitation to assist with repetitive motor training and recovery of function following neurological injuries.

An assistive robotic device designed to restore or enhance arm and hand function for patients with upper limb impairments or paralysis. The robotic arm provides support for activities of daily living and rehabilitation.

Robotic systems designed for medical applications, including devices to support patients with upper limb mobility impairments. Enables autonomy and independence for individuals with limited arm and hand function.