AI Exoskeleton Systems
Intelligent Lower Limb Exoskeleton
NeuroMotion AI Exoskeleton Systems integrate advanced robotics, artificial intelligence, and biomechanical engineering to provide intelligent rehabilitation solutions for stroke, spinal cord injury, neurological disorders, and mobility impairment. The system features adaptive gait assistance, real-time motion analysis, personalized rehabilitation programs, cloud-based rehabilitation management, and remote clinical monitoring for hospitals, rehabilitation centers, and home-based therapy
AiWalker
Early Rehabilitation Stage Suitable for early and mid-stage rehabilitation training for patients with all types of lower limb dysfunction. Achieves weight loss, standing, walking in place, (whole machine) indoor and outdoor flat-bottom walking, gait training and functional assessment
AiWalker (Home based)
Home based Rehabilitation Helps patients reshape correct walking posture, stimulates residual bodily functions to promote muscle and nerve balance and motor ability, achieves coordination training, guides patients to participate in active training and accelerates patient recovery
AiWalker (Bipedal)
Late Rehabilitation Stage Supports and guides patients with lower limb motor dysfunction to undergo rehabilitation training using a natural walking gait and authentic walking style, reshaping the patient's correct walking posture, and exercising the patient's balance, motor skills and walking muscles and nerves
AiWalker (Walking Type)
A new generation of AI exoskeleton robot Targeting users with limited mobility, it judges movement intentions in real time, provides matching movement assistance based on ground features and changes in the surrounding terrain environment, helps users plan and control their gait posture, achieving elegant, natural and fast walking
AiWalker (Medical Type)
Late Rehabilitation Stage Scientific gait training can be adjusted according to the patient's individual condition to guide the patient in shaping a correct walking posture, reducing muscle tension and overcoming voluntary movements, stimulating muscle contraction and relaxation to improve joint mobility and exercising motor balance and coordination control, enabling the patient to improve their primary motor abilities in a short period of time
AiWalker (Kids)
Children's Rehabilitation Designed specifically for children, this bionic rehabilitation training robot uses movement methods that children enjoy to improve their balance, coordination and control, thereby enhancing their active motor function in a short period of time
AI Rehabilitation Dashboard
The NeuroMotion AI Rehabilitation Dashboard provides clinicians with real-time gait analysis, patient progress tracking, rehabilitation planning, device monitoring, and cloud-based data management through an intelligent visual interface
