Stroke recovery by Cyberdyne HAL Treatment

The exosuits produced by Cyberdyne are constructed from a special lightweight yet durable plastic known as HAL®. Staying up to date with the latest technology is essential in the field of healthcare. With advancements in healthcare and other fields, India is rapidly progressing towards enhanced medical facilities.

The Hybrid Assistive Limb – HAL is the world’s pioneering cyborg-like robot that enhances, supports, and boosts a user’s motor function, capability, and performance. The Wearable Cyborg™ HAL offers medical interventions aimed at enhancing the functionality of patients with cerebral disorders such as cerebral embolism and stroke.

Cyberdyne Principles and plans

Cyberdyne ‘HAL’ Treatment for Patients with Stroke-rehabmodalities

  • Cyberdyne’s non-invasive BES-sensing technology solution, HAL (Hybrid Assistive Limb), helps people worldwide restore their ability to walk.
  • The Hybrid Assistive Limb is utilized to enhance mobility and wellness during post-accident recovery, stroke rehabilitation, and post-surgery recovery.
  • BES-sensing technology is employed for mobile wellness, enabling individuals to move independently without external assistance.
  • The Wearable Cyborg™ HAL contributes to overall well-being, promoting a high quality of life and independence.
  • This artificial limb leverages the body’s natural healing abilities. Cyberdyne’s HAL requires the patient to initiate a portion of the movement, after which it interprets the patient’s intentions to generate the desired outcomes.

Treatment Plans

Cyberdyne ‘HAL’ Treatment for Patients with Stroke-rehabmodalities

Cyberdyne HAL® is an innovative technology that utilizes Robotics for its operation. The Cyberdyne Treatment is designed for patients suffering from stroke and neuromuscular diseases. It harnesses the power of Hybrid Assistive Limb to enhance and restore the user’s function.

This technology is based on a novel concept known as the Internet of Human and things, which connects the human nervous system, physiological system, and environmental system to a supercomputer.

During HAL® Therapy, signals from the leg muscles are transmitted back to the brain, creating a neuromuscular feedback that triggers activation of the relevant cerebral area. This leads to significant improvement in the overall condition.

A vast amount of data related to humans and things is analyzed and processed using artificial intelligence, thereby expediting the development of a new Cybernetics industry that integrates humans with cyberspace and physical space.

Rehab by HAL for Stroke

The Wearable Cyborg™ HAL is a robotic device created to help individuals who have lost the use of their lower limbs to experience the pleasure of walking again. The HAL® technology by Cyberdyne is utilized to interpret the user’s intention and move the robotic suit accordingly.

Cyberdyne’s HAL therapy involves rehabilitation using the Exoskeleton HAL® (Hybrid Assistive Limb), which is an external exoskeleton providing additional functional support to the wearer. Through this rehabilitation process with the HAL® exoskeleton, several crucial treatment objectives can be met. For instance, it helps in strengthening the leg muscles, significantly improving gait, and providing a more stable walking experience.

Cyberdyne’s non-invasive BES-sensing technology solution, HAL, assists stroke patients worldwide in regaining their ability to walk by stimulating the affected brain regions. HAL® is an innovative treatment tool, demonstrated to be highly effective for stroke patients.

Log onto https://rehabmodalities.com/ for a free demo to know more about Cyberdyne Treatment

Written by Admin

August 19, 2023

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