Data-driven Robotic Weight Assistant — Body-Weight Support for Overground Gait Rehabilitation
Data-driven Robotic Weight Assistant (DRWA) utilizes advanced AI perception technology and professional power drive modules to control precise adjustments based on the user's action intentions and real-time posture analysis. It dynamically reduces the user's body weight under different postures, enhances lower limb perception, increases joint mobility, and strengthens muscle strength to improve walking endurance. Compared to traditional overhead rail-mounted systems, DRWA can be used in more scenarios, expanding the training space with greater flexibility.
Supports both dynamic and static weight reduction modes. AI-driven real-time posture analysis dynamically adjusts body-weight support during walking rehabilitation.
Unlike fixed overhead rail systems, DRWA is mobile and can be used in multiple scenarios — flat ground, treadmill, and line-following training with rehabilitation accessories.
Fall prevention protection with emergency stop, collision guards, and intelligent intent recognition. Responsive to walking intent and stops automatically as needed.
Cerebral vascular diseases, brain trauma, spinal cord injuries affecting muscle strength, movement, and balance. Assists with walking, balance, and center of gravity transfer training.
Post-joint replacement, fractures, amputations, and sports injuries. Assists with gait training, joint mobility, and muscle strength training for functional restoration.
Elderly patients with heart disease, lung disease, Parkinson's disease, or mobility impairment. Provides safe support during walking and daily living ability training.
Patients with severe degenerative joint changes, long-term bedridden patients. Assists with early adaptive standing, balance, and walking training to improve recovery outcomes.
Integrate rehabilitation accessories to construct a varied rehabilitation path.
Pair with a digital treadmill for controlled gait training sessions.
Use a fixed line for guided gait training or fixed-point exercises.
Contact us to discuss your rehabilitation facility requirements and get a custom quote.
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