The rehabilitation utility of UGO Exoskeleton Robot is based on the theory of neuroplasticity. It designed to be used in medical institutions, rehabilitation institutions, and other scenarios with professional medical personnel for patients with spinal cord injury, stroke, muscle weakness or other neurological diseases caused by lower limb motor dysfunction, offering rehabilitation training and evaluation. The product provides users with standard gait input and high-quality walking training. The combination of active and passive modes stimulates the patient's motor potential, enhances proprioception, gradually improves the autonomous walking ability of the lower limbs and accelerates the rehabilitation process. The combination of active and passive modes stimulates patients' motor potential, enhances proprioception, gradually improves lower limb autonomous walking ability, and accelerates the rehabilitation process. The UGO Exoskeleton Robot also offers motion compensation for the disabled and handicapped.

Applicable Users:

• Brain diseases

• Spinal cord injury

• Decreased function of lower limbs in other cases

*** Please note that we also offer UGO Personal, a household version of the exoskeleton for everyday training at home. If you wish to know more about UGO Personal, please kindly contact us.

KidGo exoskeleton is an intelligent rehabilitation equipment used to improve the lower-limb function. Based on the principle of neuroplasticity, KidGo aims to stimulate proprioception, correct abnormal gait, promote brain re-learning through implanting standard walking patterns into the brain, thereby improving motor function in children with neuromuscular disease. KidGo includes different gait training patterns, like passive mode, assistive mode and active mode. In passive mode, KidGo provides all help for children to walk, and drives the children to repeat correct gait pattern. In assistive mode, KidGo will apply part of help based on the user's subjective force to complete the walk. In active mode, KidGo only plays a protective role and steps will be triggered fully depends on the user's subjective force.

Applicable Users:

• Spinal Cord Injury

• Brain Injury

• Neuromuscular Impairment

UFU (Electric Transfer Machine) is a self-service robot designed for people with leg disability, weak strength, and inability to stand or walk normally. It can help users with spinal cord injury, brain lesions, neurological diseases, muscle weakness, and rehabilitation after major surgeries to transfer, solve problems such as standing function and urination in daily life, free users from the constraints of the hospital bed, help users take care of themselves, improve their quality of life, and return to a better life.