INTRODUCTION
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The upper limb training and evaluation system A6M2 is Yikang’s latest generation of upper limb intelligent rehabilitation robot. It uses Yikang upper limb sports training digital model and algorithm, combined with upper limb sports rehabilitation theory, to simulate the human upper limb movement in real time, and can realize passive movement, activemovement and combined active and passive movement of upper limbs in multiple dimensions.
This product integrates rehabilitation evaluation, scene interaction, daily life activity simulation training, intelligent programming training and personalized trajectory learning and training, and provides upper limb functional assessment and training for patients with grade 0-5 muscle strength dysfunction to speed up the recovery process of patients.
ADVANTAGES
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1. It can realize passive movement and active movement of upper limbs in multiple dimensions. Patients can train without muscle strength at all.
2. The range of motion of the joints required to complete the game training is reflected by the evaluation value of the patient.
3. With trajectory learning mode, learn and record up to 3 minutes of manipulation trajectory, drive patients to perform manipulation trajectory restoration therapy training, and conduct a large number of repetitive rehabilitation training for early patients to improve training efficiency.
4. Diversified training modes to meet the needs of patients in various stages of rehabilitation training.
5. In the passive training mode, the therapist can set up to 60s of daily activities as the patient’s training trajectory. The system drives the patient to perform repeated, continuous and stable manipulation trajectory restoration training according to the set movement trajectory and through games and giving certain sensory stimulation.
6. In the active and passive training mode, the therapist can adjust the guiding force of the robotic arm to each joint of the patient’s upper limbs according to the patient’s condition. At the same time, if the patient cannot actively participate in the training within 5 seconds, the system will automatically transforms into a passive training mode to drive the patient to complete the training.
7. In the active training mode, the patient can drive the mechanical arm to move in any direction. The training mode includes single joint training and multi-joint training.
8. Set up the commonly used trajectories for upper limb training and the trajectories of daily life movements for patients to quickly train.
9. Strong safety protection, independent spasm monitoring, and also have two emergency stop button. Besides, the software system monitors the limit of the range of motion of the robotic arm in real time during the activity, comprehensively protects the safety of patients.
10. The automatic switch between left and right side,reducing the cumbersome operation. At the same time, laser alignment can assist the therapist to align the appropriate exercise position.11.The automatic restoration, after the training is over, click the automatic restore button to return to the initial position.The first version: https://www.yikangmedical.com/arm-rehabilitation-assessment-robotics.html
More new product: Bedside Upper and Lower Limb Active Passive Training Bike
Post time: Jan-30-2024
6. In the active and passive training mode, the therapist can adjust the guiding force of the robotic arm to each joint of the patient’s upper limbs according to the patient’s condition. At the same time, if the patient cannot actively participate in the training within 5 seconds, the system will automatically transforms into a passive training mode to drive the patient to complete the training.
10. The automatic switch between left and right side,reducing the cumbersome operation. At the same time, laser alignment can assist the therapist to align the appropriate exercise position.11.The automatic restoration, after the training is over, click the automatic restore button to return to the initial position.The first version: https://www.yikangmedical.com/arm-rehabilitation-assessment-robotics.html