Gait Training Robotics Walking Robot

Exoskeleton-type lower limb rehabilitation robot that enables ground walking for individuals with severe disabilities.

A ground-walking type wearable rehabilitation robot approved as a Class 3 robot-assisted orthotic exercise device by Korea's Food and Drug Administration. It is registered with the Health Insurance Review and Assessment Service for selective insurance coverage for stroke patients undergoing robotic gait therapy. The robot features ankle movement capability for natural gait patterns, supports both active and passive motion modes for various patient indications (applicable up to FAC Level 2 and SCI ASIA Level A), and enables customized gait training with adjustable stride, height, and speed. It includes a double safety system with therapist control handles and emergency stop buttons, four powerful motors supporting patients up to 100kg, and a high-capacity battery providing over 8 hours of continuous use with CE certification.

An electric motorized gait rehabilitation device that rotates a crank shaft to move the foot fixation unit, inducing gait rehabilitation and promoting muscle reconstruction and joint function recovery. It offers multiple training modes including passive automatic walking, active-assisted walking, and two types of active manual walking modes (free and step-length controlled). The device features virtual reality content integration and provides up to 2.0 km/h walking speed with adjustable stride.

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.

An electric motorized gait rehabilitation device using motor-driven energy to rotate a crank shaft and move the foot fixation unit, designed for patients with degenerative neurological diseases and gait disorders. This compact lower-limb focused system provides passive automatic walking, active-assisted, and manual walking training modes with virtual reality content. It supports speeds up to 2.0 km/h with adjustable stride and aerobic exercise benefits through manual training.

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

A fabric-integrated robotic exoskeleton designed to provide supplementary force to lower extremities for patients with gait impairment or muscle weakness. The device assists with walking, standing, and stair negotiation while maintaining postural alignment.

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.

A robotic system designed to assist in patient rehabilitation and physical therapy. The device provides motorized support and guided movement assistance to help patients recover mobility and strength.

A robotic device designed for walking training and evaluation in rehabilitation settings. The system provides comprehensive gait assessment and therapeutic training for patients.

An intelligent robotic system developed for patients with spinal cord injuries to support standing, weight-bearing, and walking functions. The device integrates safety features and autonomous operation to enable rehabilitation training in various environments.

Robotic system for gait training and assessment based on neural plasticity principles. The device simulates weight distribution changes during natural walking through mechanical legs, enabling repetitive physiological gait training for functional movement restoration.