[Robot Rehabilitation(로봇재활)]Rehabilitation Robot System, Robot Rehabilitation, 로봇재활
New Generation Rehabilitation Robot System !
End Effected Type Gait Rehabilitation Robot !
In focused on movements of feet during gait rehabilitation to regain patients ability to walk.
It offers short setup time and easy operation development by state of the art robotics technology.
It will provide patients with daily refreshing.
System Advantage
Patient oriented interface
- Infographic design
- Easy operation and patient performance data monitor
Seating type body weight support
- Short setup time
- Dynamic body weight support
- Max. supporting weight of 135kg
One Stop emergency Control system !
End-effector Module
- Scientific evidence has shown that repetitive gait training by end-effector type device may improve walking ability after stroke
- Ground walking, stair ascending and descending
- Adjustable step length and cadence
Step length : 30 ~ 55 cm
Step per minute : 4 ~ 70 steps/min
System Specification
- Product category : Robotic guidance rehabilitation system
- Size : 3,900(L) X 1,540(w) X 1,950(H) mm
- Weight : 900kg
- Max. supporting weight : 135 kg
System configuration
- Foot plates that can be moved at various angles
- Weight support
- Measurement and control
Smart design applicable to young children
- Children height adjustment saddle
- Adjustable foot size for children
Application
- Patient with leg movement disorder : Brain disease, paralysis etc.
- Traffic accident rehabilitation training
- Post operative rehabilitation training
Differentiated training effects
- Various gait pattern training : flat, stairs slope
- Personalized walking training
- Intensive training in a short time
- Motivation effect using virtual reality visual stimulation function
- Athletic performance analysis
- Stimulation effector or leg muscle nerve
Result
- Average weight bearing capacity : Evaluation of stability of gait pattern
- Ground reaction force : Evaluation of walking improvement
- Patient center of gravity
- Walking speed record
Paper
Electromechanical assisted gait training after stroke :
A System review comparing end-effector and exoskeleton devices (J.Mehrholz and M.Pohl; J Rehabil Med 2012)
Walking Simulation Data
End-effector Module Type : Robot Walking Rehabilitation
Contact & Ask
Medical Device Korea
Robot Rehabilitation Research Center
TEL : 02-553-0923
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