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KidGO Exoskeleton for home use

KidGO Exoskeleton for home use

KidGO Exoskeleton for home use

Product catalog summary
Overview: KidGO is a personal exoskeleton designed for children's rehabilitation, focusing on improving leg mobility through enhanced sensory input and repetitive walking exercises. It aims to correct abnormal gait patterns and promote brain-motor learning, ultimately increasing children's confidence and independence in walking.
Training Modes: KidGO offers three training modes to accommodate different needs: Passive, Assist, and Active Modes, each providing varying levels of support for walking.
Core Technology: The device incorporates several advanced technologies, including Bionics Design for gait adjustment, Machine Learning, Interactive Force Control, Intent-Based Control, and Cloud Data Processing.
Applicable Conditions: KidGO is suitable for children with neuromuscular diseases, spinal cord injuries, brain lesions, cerebral palsy (CP), stroke, traumatic brain injury (TBI), spinal muscular atrophy (SMA), and myasthenia gravis (MG).
User-Friendly Design: Features include a quick knee harness, compatibility with treadmills, a replaceable battery, adjustable leg length, user identification, and touchscreen control.
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Catalog excerpts

KidGO Exoskeleton for home use-1

KidGO PERSONAL exoskeleton KidGO is an innovative rehabilitation device designed to improve leg mobility in children. It utilizes the power of neural plasticity to enhance sensory input through repetitive walking exercises. By correcting abnormal gait patterns and promoting brain-motor learning, KidGO ultimately helps children walk with greater confidence and independence. KidGO offers a variety of training modes to cater to each child's needs:Passive, Assist, and Active Modes offer varying levels of support for walking

 Open the catalog to page 1
KidGO Exoskeleton for home use-2

Applicable Users Spinal Cord Injury SCI,Myelitis Brain Lesion Neuromuscular Diseases Core Technology Bionics Design Gait adjustment Intent-Based Control Interactive force control Machine learning Cloud Data Processing User-Friendly Design Quick Knee Harness Compatible with Treadmills Replaceable Battery Touchscreen Control User Identificat

 Open the catalog to page 2
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