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Gait Training and Assessment Robot
The gait training and assessment robot is a device for rehabilitation training for walking dysfunction. It adopts a computer control system and gait correction device to enable gait training. This system allows patients to strengthen their normal gait memory with repeated and fixed trajectory training in a straight stereo position.
By using this robotic system, patients can re-establish walking function areas in their brains and establish the correct walking mode. Furthermore, it effectively exercises muscles and joints related to walking, which is essential for rehabilitation.
| Product Name | Gait Training & Assessment System |
| Model | A3 |
| Application | Hospitals, Rehabilitation Centers |
| Voltage/Power | AC 230V/50Hz | 500V/A |
| Training Speed | 0.1 ~ 3.5km/h |
| Joint ROM | Hip: 30~50° | Knee: 50~80° |
| Max Patient Specs | 135 Kg | 200 cm |
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Professional Capability
As a leading manufacturer of rehabilitation equipment since 2000, we specialize in independent research, development, and production. Our intelligent rehabilitation robotics series is at the forefront of the industry, covering the entire cycle of rehabilitation through physiotherapy, occupational therapy, and advanced robotic solutions.
Frequently Asked Questions
What is the primary function of the Gait Training Robot A3?
It is designed to help patients with walking dysfunction by using computer-controlled trajectories to re-establish normal gait patterns and brain-muscle coordination.
Which patients can benefit from this technology?
It is ideal for individuals recovering from stroke, spinal cord injuries, Parkinson's disease, cerebral palsy, and those needing post-operative lower limb rehabilitation.
How does the system ensure patient safety during training?
The system includes sensitive spasm detection and protection mechanisms, alongside a dual suspension system that supports the patient's weight and maintains stability.
Can the training intensity be adjusted?
Yes, the system offers both active and passive training modes with adjustable guiding forces and speeds ranging from 0.1km/h to 3.5km/h to suit different recovery stages.
What role does the virtual scene feedback play?
The virtual scene feedback training increases patient engagement, reduces the monotony of treatment, and provides real-time visual feedback to promote faster recovery.
Is it suitable for hospital-wide use?
Absolutely. Its versatile design and ability to handle patients up to 135kg make it a standard choice for hospitals and dedicated rehabilitation centers.