EXO-WALK

Morning Walk is a gait rehabilitation robot developed for a fast recovery for patients with walking disabilities. It is the ‘End-effector type gait rehabilitation robot system’ with the seating-type body weight support system which minimized the inconvenience of the conventional robot-assisted orthopedic exercise equipment.

Walk'n Care is used for standing and walking training and can function as a transport aid. It provides diverse exercise options, supports independent standing and walking, and specifically trains restricted body functions to promote mobility and quality of life. The system motivates active participation and rehabilitation toward greater mobility.

Wearable inertial sensor system for portable motion analysis and gait assessment, enabling mobility evaluation in clinical and real-world settings.

A wearable robotic exoskeleton that provides powered hip and knee motion to enable individuals with spinal cord injury to stand upright, walk, turn, and climb and descend stairs. The system integrates a wearable brace support, computer-based control system, and motion sensors to allow independent, controlled walking while mimicking natural gait patterns. The ReWalk 7 features crutch control for easier operation, two customizable walking speeds, a smartwatch interface, and a mobile app for goal setting and progress tracking. It is designed for everyday use at home, work, and in the community, and is covered by Medicare.

Exoskeleton system for patients unable to stand or walk due to spinal cord injury, brain lesions, neurological diseases, or major post-operative conditions. Facilitates position transfer, standing training, and assists with activities of daily living while accommodating medical accessories.

The first pediatric personal-use exoskeleton specifically designed to assist gait in children with neurodevelopmental disorders. It allows children to walk in everyday environments such as parks, streets, and schools, providing greater independence, mobility, and confidence while promoting social participation and integration. The device evolves with the child's growth and accommodates an approximate age range from 2 to 17 years.

A pediatric exoskeleton designed to assist gait in children with neurodevelopmental disorders. It features active joints with variable stiffness that mimic natural muscle function, allowing personalized gait therapy adapted to each patient's needs. The device enables children to walk in everyday environments such as parks, streets, and schools, providing greater independence, mobility, and confidence while promoting social participation and integration. It accommodates an approximate age range from 2 to 17 years.

A medical exoskeleton robot suit designed to assist with lower limb walking and rehabilitation.

Walkbot is a human-medical exoskeleton robot for lower limb rehabilitation. It provides 3D augmented reality software modules to enhance user engagement during gait training by offering interactions in natural or virtual environments. The system includes advanced gait analysis capabilities with real-time motion data recording, 3D gait simulation, and gait pattern analysis through various graphs and measurements.

A lower limb rehabilitation robotics equipment for walking training and stroke patient recovery.

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 powered exoskeleton wheelchair system that provides motorized walking assistance and rehabilitation support for patients with mobility impairments. The device enables standing and walking functionality for individuals with limited lower limb mobility.