REAplan

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

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

A robotic arm system that restores user independence and competence in daily activities. It supports users in regaining autonomy through assistive arm functionality.

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.

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 device for upper extremity rehabilitation and motor recovery in patients with neurological impairment or post-surgical recovery.

A robotic rehabilitation device for patient movement assistance and guided training to promote physical function recovery.

Precision-engineered structural and sensory components designed for integration into robotic systems used in physical rehabilitation and neuromotor recovery applications.

A comprehensive system combining robotics and Physical AI for musculoskeletal rehabilitation across upper and lower limbs. Provides immediate clinical applicability for rehabilitation therapy in healthcare facilities.

A robotic system that automatically repositions patients at programmed intervals or in response to detected position changes. Supports clinical care for immobilized patients and reduces manual repositioning requirements for healthcare providers.

The ReWalk Personal Exoskeleton is a wearable robotic device designed to enable individuals with lower limb paralysis or weakness to stand and walk. Utilizing motorized joints and real-time sensors, it provides powered assistance for gait rehabilitation and functional mobility recovery. The system is indicated for spinal cord injury patients and those with mobility impairments requiring intensive physiotherapy support.