AI rehabilitation robot
Key words:
ZEPU-AI1 GAIT TRAINING AND EVALUATION SYSTEM
Based on the principle of neural plasticity, simulating the change of center of gravity during human real walking, through mechanical legs, patients complete a large number of repetitive physiological gait training, so that patients can establish the correct movement mode, thus restoring normal walking function.
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ZEPU-AI2 UPPER EXTREMITY FEEDBACK TRAINING AND EVALUATION SYSTEM
The adjustable upper limb weight reduction manipulator based on ergonomics provides patients with training and evaluation in three-dimensional space. Built in a large number of incentive feedback games and standardized evaluation tools to accurately analyze and evaluate patients' abilities, so as to speed up the process of upper limb rehabilitation and brain recovery.
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ZEPU-AI3 LOWER EXTREMITY FEEDBACK TRAINING AND EVALUATION SYSTEM
Ultra-early lower extremity interventional rehabilitation provides a step-by-step clinical rehabilitation path from lying to sitting to standing. Ideal zero- or low-weight step training provides patients with the best solution for movement maintenance and gait recovery.
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ZEPU-AI4 MULTI-JOINT CONSTANT SPEED TRAINING AND EVALUATION SYSTEM
Advanced dynamic impedance control technology is used to integrate multiple functions in one machine. Innovative mobile isovelocity offers unlimited potential for clinical applications. Intelligent-driven evalua- tion and training, simplified procedures, and super-high performance will significantly improve muscle recovery.
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