Introduction
The upper limb rehabilitation robot adopts computer virtual technology, combined with the theory of rehabilitation medicine, to simulate the movement rules of human upper limbs in real time, and patients can complete multi-joint or single-joint rehabilitation training in the computer virtual environment.
The system also has upper body weight reduction training, intelligent feedback, multi-dimensional space training and a powerful evaluation system. It is mainly suitable for patients with upper limb dysfunction caused by stroke, cerebrovascular malformation, severe brain trauma or other neurological diseases or patients who have recovered upper limb function after surgery.
Therapeutic Effect
Promote the formation of isolated movement
Stimulate residual muscle strength
Enhance muscle endurance
Restore joint coordination
Restore joint flexibility
Strengthen upper body motor control
Strong association with ADL
Recovery of upper limb function
Features
Feature 1: Exoskeleton wrapped structure
joint support protection
promote separation movement
Enhanced single joint control
Separately adjustable forearm and upper arm resistance
Feature 2: Integrated arm change design
Easier to change arms
Feature 3: Built-in laser locator
Accurate positioning of the joint position to ensure safe and efficient treatment
Feature 4: hand grip + vibration feedback stimulation
Real-Time feedback on grip strength
Evaluate vibration alerts during training
Feature 5: Accurate evaluation of single joint
Feature 6: 29 scene interactions
At present, there are 29 kinds of non-repetitive training game programs, which are continuously updated and added
Feature 7: Data Analysis
Histogram, line graph data summary display
Comparison of any two evaluation training results
