The upper limb rehabilitation robot uses computer virtual technology and combines rehabilitation medicine theory to simulate the movement patterns of human upper limbs in real time. Patients can complete multi-joint or single-joint rehabilitation training in a computer virtual environment. The system also features upper limb weight loss training, intelligent feedback, multi-dimensional spatial 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 for patients who need to recover upper limb function after surgery.
Therapeutic effects
✓ Promote the formation of separation movement
✓ Stimulate the remaining strength of muscles
✓ Improve muscle endurance
✓Restore joint coordination
✓Restore joint flexibility
✓ Strengthen upper limb motor control
✓Strong association with ADL
✓Upper limb function recovery
Feature 1: Exoskeleton wrapped structure
Joint support and protection; promotion of isolated movements; single joint control and strengthening; forearm and upper arm resistance are individually adjustable.
Feature 2: Integrated arm-changing design
Easier arm change operation
Feature 3: Built-in laser locator
Accurately locate the joint position to ensure safe and efficient treatment.
Feature 4: Hand grip + vibration feedback stimulation
Real-time feedback on grip strength; vibration prompts during evaluation training.
Feature 5: Accurate assessment of single joint
Feature 6: Multiple scenario interactions
A variety of non-repetitive training game programs, which are continuously updated and added.
Post time: Mar-06-2025