Walkbot is a rehabilitation medical device that is robot-assisted gait training system for locomotion-impaired patients. It is applicable with a variety cause of disease such as stroke, SCI（spinal cord injury), brain tumors, multiple sclerosis, cerebral palsy, etc.

Walkbot provide natural, accurate gait pattern for individual, using Hip/Knee/Ankle joint drive motor.

So it helps fast recovery after the training.

Walkbot were created into superior being-interactive, functional, strengthening, motivating, natural, cost-effective locomotor system for adults with neurological or musculoskeletal impairments who wish to achieve their dreams of re-walking for perfection.

Walkbot_G is the robot-assisted gait training rehabilitation system compatible for adults and pediatric patients with eurological or musculoskeletal impairments. Dual robot orthoses are compatible for adults and pediatric, and also can be ompatible various optional which helps locomotor training to maximize its training effects. The more powerful real-time dynamic body weight support module with remote controller is adopted.

Walkbot is a rehabilitation medical device that is robot-assisted gait training system for locomotion-impaired patients. It is applicable with a variety cause of disease such as stroke, SCI（spinal cord injury）, brain tumors, multiple sclerosis, cerebral palsy, etc. Walkbot provide natural, accurate gait pattern for individual, using Hip/Knee/Ankle joint drive motor.

So it helps fast recovery after the training. Walkbot were created into superior being-interactive, functional, strengthening, motivating, natural, cost-effective locomotor system for adults with neurological or musculoskeletal impairments who wish to achieve their dreams of re-walking for perfection.

Walkbot_K is an another independent model of Walkbot series that is dedicated to children whose height from 86cm to 148ccm of young patients.

In case of children patient, stiffness and resistance are harder than adult and in the most case, they even have no experience of walking after birth. So treatment efficacy is much lower in spite of longer training time. To expect better outcomes, Walkbot_K was developed with the ankle drive motor in order to give gait balance and correct pattern. Also it provides relevant clinical information related to locomotion, including data on stiffness associated with spasticity or joint contracture, spatiotemporal data, hip, knee and ankle kinematic and kinetic force data during locomotion training. In addition, the playground design as per children’s eye level minimizes the difficulties and unfamiliarity of when children first confronted the equipment. Also, an age-appropriate augmented reality program is integrated into the system to maximize interactive participation and motivation to children.