Why use an exoskeleton to rehabilitate?
The HANK lower limb exoskeleton achieves a constant gait pattern that does not exist in traditional rehabilitation.
You get to improve the quality of life and
increase the autonomy,
for less money and less time!
The HANK lower limb exoskeleton achieves a constant gait pattern that does not exist in traditional rehabilitation.
Benefits of our complementary solution
STROKE
Ischemic
Hemorrhagic
Get a great improvement on the acquired gait pattern.
r: result
t: time
Manual
rehabilitation
SPINAL CORD INJURY
Incomplete
Get to generate a new gait pattern.
Rehabilitation
with exoskeleton
POSTOPERATIVE
Rehabilitation of knee injuries
Recover the mobility of your knee in less time.
Manual
Maintenance
DISEASES
NEURODEGENERATIVES
Ataxia / MS / ALS
It allows to keep functional capacities as long as possible.
Maintenance
with exoskeleton
Lower limb exoskeleton
HANK is a lower limb exoskeleton for rehabilitation of patients with spinal cord injury, neurodegenerative diseases or have suffered cerebrovascular accidents (stroke). This solution consisting of 6 motorized joints allows functional recovery of gait and personal autonomy.
This medical device adjusts to patients from 1.50 - 1.95 meters in height and up to 100 kilos in weight, since it adapts to different anthropometric measurements without the need to replace mechanical parts.
The autonomy of the battery allows its use in controlled clinical environments for 4 hours of continuous running.
One of the characteristics to mention of this product is the motorized ankle , since this joint is essential to avoid seasons of foot drop and equinus , as well as being necessary for the impulse at the beginning of the swing phase and key to maintain balance.
FEATURES
Height adjustable
Light
Affordable
Easy
to use
PRODUCT DOCUMENTATION
PRODUCT DOCUMENTATION
HANK is a lower limb exoskeleton for rehabilitation of patients with spinal cord injury, neurodegenerative diseases or have suffered cerebrovascular accidents (stroke). This solution consisting of 6 motorized joints allows functional recovery of gait and personal autonomy.
This medical device adjusts to patients from 1.50 - 1.95 meters in height and up to 100 kilos in weight, since it adapts to different anthropometric measurements without the need to replace mechanical parts.
The autonomy of the battery allows its use in controlled clinical environments for 4 hours of continuous running.
One of the characteristics to mention of this product is the motorized ankle , since this joint is essential to avoid seasons of foot drop and equinus , as well as being necessary for the impulse at the beginning of the swing phase and key to maintain balance.