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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.
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.
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.
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.
ZEPU-AI5 LOWER EXTREMITY MUSCLE STRENGTH TRAINING AND EVALUATION SYSTEM
The first intelligent lower limb muscle strength training and evaluation system in China, covering basic standing training and leg squatting muscle strengthen strengthening training. To provide patients with a safe, dynamic, rich and personalized new lower limb rehabilitation solution.
ZEPU-AI6PLUS 3D UPPER LIMB ACTIVE AND PASSIVE TRAINING AND EVALUATION SYSTEM
Through the bionic technology, the real movement traiectory of the upper limb is restored. Through the remote control, the eauipment can drive the patient to complete the dificult training in the three-dimensional space, and has the functions of automatic identifcation, recording, analvsis and evaluation. it can stimulate neural pathway reconstruction, improve upper limb motor control, and establish correct upper limb motor patterns.
ZEPU-AI7 ACTIVE AND PASSIVE EXERCISE REHABILITATION MACHINE FOR UPPER AND LOWER LIMBS
Create a new limb linked active and passive exercise rehabilitation machine for upper and lower limbs to realize synchronous or independent setting of training parameters of upper and lower limbs. With the upgrading of active and passive technology, more than 10 training modes based on biomechanical monitoring and feedback system make the rehabilitation machine training more refined. The simplified operation process gives doctors and patients more care.
ZEPU-AI8 ELECTRIC REHABILITATION TRAINING BED
In addition to the oasic hospital bed functions, the electric rehablitation training bed has a bed anale adlustment tunction tohelp patients adapt to their body positions and lay a good foundation for independent standing and balance maintenancein the future. The bed heioht can be adiusted throuoh a stable lifting device to faclitate patient transfer. The stable standincdevice allows the bed anole to be adiusted to any position and fixed. The angles of the back bed board, thioh bed boardand calf bed board are electrically adiustable, which is convenient for paients to conduct rehabilitation training in varousparts of the body, The head and foot frames of the bed are detachable to faclitate patient activities.
ZEPU-AI9 LOWER LIMB EXOSKELETON REHABILITATION ROBOT
Based on the principle of neural remodeling, combined with siting, standing and walking, it can realize the functions oflanding walking and standing in situ (one leg, and two legs). The mechanical leg can drive patients to complete a largenumber ot repeated physiological galt training, enhance muscle strength, and restore joint motion. in addition, a handcontroler can be added for paients to start and turn by themselves, and restore the proprioception during waking to agreater extent.
ZEPU-AI10 DYNAMIC AND STATIC BALANCE EVALUATIONAND TRAINING SYSTEM
Dynamic and static balance evaluation and training system, integrating standing, siting, trunk balance assessment and training. The static balance assessment captures and analyzes the traiectory of the patient's center of garavity, i.e., the center of gravity trajectory diagram. The dynamic balance assessment records the changes in the patient's inclination angle on theforce plate to assess their balance function. Eauipped with an inteligent software system, it provides real-time feedback on the inclination angle and load value, and combines situational interaction to guide patients to actively train, and conduct assessment and training on proprioception and motor control ability.