What Is Robotic Rehabilitation?
The freedom of movement is one of human life’s most misprised luxuries. From simple daily walks to even standing up on one’s own accord, the gift of human mobility is a function every individual should be allowed equal access to. With the introduction of ReGen Rehab Hospital’s latest Robotic Rehabilitation programme, the journey to mobility again has never been easier.
How Does Robotic Rehabilitation Help
High dosage and high-intensity training
Increase the speed and overall endurance of the patient’s limb
Different modes of assistance based on the comfort and capabilities of each patient
Promotes expedited mobility recovery compared to traditional forms of therapy
Start your Robotic Rehabilitation journey today with us. Contact us to book your assessment with a Rehab Physician and therapist and find out if robotic any of our rehabilitation technologies are a suitable fit for you.
Services Available
FREEWalk Exoskeleton
Lower limb rehabilitation
FREEWalk Exoskeleton is an advanced robot-powered device that helps you to move & walk again. Users are able to put on and take off the device independently or with minimal assistance.
It comes with complex specifications including:
- A customised fit which can greatly reduce the risks of pressure sores and injuries.
- Revolutionary response time to a user’s intentions to move or stop.
- Multiple security measures to prevent users from falling.
Suitable for training gait and walking patterns for neurological conditions, such as stroke, spinal cord injury, Parkinson’s, as well as general lower limb strengthening for geriatric/elderly conditions.
Hand Hub Programme
Upper limb rehabilitation
FitMi
Designed to improve endurance and movement after stroke
ArmMotus M2
Enhancing upper limb rehabilitation with gamification and multi-stimulus environment.
RoboHand
Specialises in hand rehabilitation after stroke.
Bioness
Bracelike device that uses electrical stimulation to reintegrate the brain and muscular function of the arm and hand. The repetition of movement teaches parts of the brain to relearn lost functions