Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training

Product Details
Customization: Available
Using Site: Lower Limbs
Type: External Fixator
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Registered Capital
3300000 RMB
Plant Area
1001~2000 square meters
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
  • Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
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Basic Info.

Model NO.
E-05EX
Applicable Height
160-190cm
Battery Working Time
Fully Charged for ≥ 5 Hours
Main Material
Carbon Fiber Composites, Fabrics, Aluminum Alloys,
Traveling Speed
Greater Than or Equal to 3 M/Min
Transport Package
18*27*74cm
Trademark
EMINENT
Origin
China
Production Capacity
999pieces/Month

Product Description

Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training
Product name Strong support muscle suit exoskeleton
Material Carbon fiber composites, fabrics, aluminum alloys, stainless steel
Joint angle adjustment speed Thigh adjustment speed: (4°±1°)/s ; Calf adjustment speed: (6°±1°)/s
Function Support and facilitate the mobility of patients with lower extremity walking impairment and promote blood circulation
Scope of application Suitable for people with lower limb walking disability to carry out assisted walking and gait training
Features Early warning in case of excessive tilt angle and insufficient power. Sensor information fusion and intelligent human-computer interaction
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Exoskeleton Robot Stroke Hemiplegia Poliomyelitis Assisted Lower Limb Walking Rehabilitation Training

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