Stroke Rehabilitation Robot Glove Stroke Hemiplegia training equipment Hand function Finger exercise
Stroke Rehabilitation robot glove stroke hemiplegia training equipment hand function finger exercise physiotherapy equipment
Product Description
Specification
| Product name | rehabilitation therapy supplies |
| Model | C:10 |
| Dimensions | 240*160*240 (mm) |
| Weight | 3KG |
| Power supply | AC220V, 50Hz |
| Duration of training | 0-60 minutes |
| Running speed | 90°~150°/s |
| Safety pressure output by the host | -70Kpa~150Kpa |
| Ambient temperature | 5~40℃ |
| Relative humidity | ≤ 80% |
Packing & Delivery
Application
Hand rehabilitation gloves has a significant effect on hand dysfunction caused by the following symptoms: stroke, cerebral hemorrhage, cerebral infarction, incomplete spinal cord injury, brain injury, hemiplegia, multiple sclerosis and and child growth retardation.
It combined with flexible robot technology and neuroscience, it can help patients master fingers flexion and extension, reduce hand muscle tension, relieve edema and stiffness, promote rehabilitation of brain nerve injury through exercise, improve hand activity and accelerate the rehabilitation of hand function.
technology and neuroscience, it can help patients master fingers flexion and extension, reduce hand muscle tension, relieve edema and stiffness, promote rehabilitation of brain nerve injury through exercise, improve hand activity and accelerate the rehabilitation of hand function.
Rehabilitation Robot Glove has a significant effect on hand dysfunction caused by the following symptoms:
1. Stroke/cerebral hemorrhage/cerebral infarction
2. Incomplete spinal cord injury
3. Brain injury, hemiplegia
4. Multiple sclerosis
5. Child growth retardation
Why choose Syrebo Hand Rehabilitation Robot?
1) Innovative Hands Mirror Training, can significantly improve the BS / FIM score of hand
Innovative Hands mirror training, The healthy side drives the affected hand, Simultaneous movement of hands, Activating mirror neurons, The motor nerve pathway of the normal healthy hand was copied to the affected hand, Promote the recovery of brain autonomy, Speed up the hand function rehabilitation process.
2) Active manual task-oriented training
