Medical Lower Limb Walking Aid Rehabilitation Exoskeleton Robot Suit

Medical Lower Limb Walking Aid Rehabilitation Exoskeleton Robot Suit

CHP-FD11

.principle:

Intelligent rehabilitation robots are precision-manufactured products that integrate the most cutting-edge electronics, machinery, and artificial intelligence technologies. The motor drives the movement of the affected limb to complete a variety of complex instructions, including: stand up, walk, go upstairs, go downstairs, sit down, etc.

Scope of application: lower limb motor dysfunction
1. Nervous system damage leads to: paraplegia and hemiplegia rehabilitation.
2. Various orthopedic traumas lead to: fractures, bone cracks, joint dislocations after surgery to promote healing and increase joint mobility.
3. Various orthopedic diseases lead to: insufficient blood circulation, lower nerve function, lower bone density, and improve the sports environment.
4. Various chronic diseases of the elderly lead to: insufficient blood circulation in the lower limbs and decreased motor function.

The role of products in rehabilitation:
1. Assist patients with passive limb movement and promote the recovery of walking ability
, 2. Recovery of standing weight-bearing capacity
3. Promote body sensation/ muscle strength recovery
4. Reduce muscle tone
5. Prevent joint contractures
6. Prevent pressure sores and promote blood circulation
7. Shorten recovery time


Features:
1. Multiple control modes
Sit up, stand, walk, go up and down stairs

2. Easy to wear, personalized size adaptation
Can be worn independently in 2 minutes, suitable for people of different heights

3. Multi-sensor information fusion
Intelligent human-computer interaction, multi-modal human intention recognition, complex environment perception and decision-making

4. Security
Operation prompt sound, power detection and alarm, torque overload protection

5. Anthropomorphic gait curve
Adaptive and dynamic adjustment to the environment