HAL® is the world’s first cyborg-type robot that enhances wearers’ motor function, ability, and performance. The Wearable Cyborg™ HAL offers medicinal therapies for improving functional abilities in individuals with Multiple Sclerosis, including cerebral embolism and stroke.
Plans of The Cyberdyne HAL for Multiple Sclerosis
- The Wearable Cyborg™ HAL improves overall well-being, promoting independence.
- The Hybrid Assistive Limb helps persons across the world restore their ability to walk with our non-invasive BES-sensing technology solution.
- The Wearable Cyborg™ HAL Hybrid Assistive Limb promotes mobility and wellbeing for those recovering from strokes and surgeries.
- BES- Bio-sensing technology aids in mobility wellbeing, which is the capacity to walk around without the need for external support.
- HAL enhances the body’s inherent healing power.
- Cyberdyne HAL® relies on the patient to provide a percentage of the effort and uses their intents to achieve outcomes.
Cyberdyne Treatment utilises HAL® technology to enhance wearer function. The therapy focuses on neuromuscular illnesses as well as other conditions.
HAL follows a specific procedure in the treatment…
A signal is transferred from the brain to the muscles via the nerves based on the intention of movement, and weak bioelectric potential signals leak to the body’s surface. HAL monitors the wearer’s bioelectric potential signal using a sensor connected to the skin and performs the action.
The brain then transmits nerve impulses to the leg muscle, which are registered by skin sensors. Faint “bio-electrical signals” indicate a person’s inclination to leak onto the skin’s surface. HAL can read this signal and manage the power unit to aid joint mobility in tandem with the individual.
- Using HAL, which uses a bio-electrical signal that reflects the wearer’s desired movements, encourages interactive biofeedback in and out of the body between HAL, brain, neurological system, and muscle system. Clinical trials are being conducted to determine the effectiveness of this therapy strategy in promoting limb and trunk functioning.
- The key to promoting functional improvement through Cyberdyne Treatment is not only transmitting voluntary command signals from the human brain to the musculoskeletal system via the spinal cord and peripheral nerves, but also returning feedback from the sensation of actual movement to the brain.
- The ‘Functional Regeneration Technology’ utilises the Wearable Cyborg™.HAL technology enhances human brain, nerve, and musculoskeletal capabilities by utilising the body’s intrinsic self-healing abilities.
Treatment from Multiple Sclerosis
Every day, top universities and rehabilitation centres rely on our sensor technology to make rehabilitation advances possible. Discover how Cyberdyne technology can help you reach the same goal.
Howell’s Feedback:
Before HAL, I could use a walker, but it wasn’t very useful,” Howell remarked. “I couldn’t do it alone. I needed to have someone with me. Cyberdyne makes it simpler for me to stand up on my own using a walker after Multiple Sclerosis. I’m gaining confidence in using a walker on my own in real-life circumstances, rather than simply in therapy.” I’m working on my walking and committing to doing something every day.
Connect with us at https://rehabmodalities.com/ to see how you can benefit from Cyberdyne HAL
