UGO Exoskeleton Device (Adults)
Product Introduction
The rehabilitation utility of UGO Exoskeleton Robot is based on the theory of neuroplasticity. It designed 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. UGO Exoskeleton Robot also provide motion compensation for the disabled and handicapped.
Applicable User
Brain Disease
Hemiplegia, paralysis of one limb or multiple limbs caused by cerebral palsy, stroke, traumatic brain injury, etc.
Spinal cord injury
Paraplegia caused by spinal cord injury, spinal cord injury, mye litis, or myelopathy.
Decreased Function of lower limbs in other cases
Decreased motor function of lower limbs caused by muscle weakness and muscular dystrophy
Core Technology
Bionics Design
Ergonomics, following the law of body movement
Intent Detection
Movement intention perception, free manipulation and active rehabilitation
Machine Learning
personalized learning to adapt to the user's training habits.
Smart Adjustment
adjustable gait and stride, standard natural gait
Interactive force control
Makings Robots Feel
Cloud
Data
Training data and online evaluation records
Humanized Design
Top knee quick opening and closing
Safe and Comfortable
Hanger matching combination
multiple methods, suitable for different needs
Battery module disassembly
18650 lithium batteries, reliable, efficient and convenient.
Electric adjustment of leg length
electric adjustment to adapt to the user's body
Large-size capacitive screen
Oblique visual design, user-friendly interface
ID information recognition
exclusive intelligent service to protect user privacy
