Cyborg with HAL Technology help for Stroke Patients

The company “Cyberdyne” is created by Cybernics. HAL is the sole robotic suit capable of offering suitable responses to brain signals. This technology is developed based on the innovative idea of IoH/IoT technology (Internet of human and things).

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Uses of Cyberdyne Technology


  • Cyberdyne represents the pioneering technology designed to enhance, assist, and restore the physical capabilities of patients.
  • Our robot aids people worldwide in reclaiming their mobility using our non-invasive BES-sensing technology solution, known as HAL (Hybrid Assistive Limb).
  • Cyberdyne therapy is utilized to enhance mobility and well-being during recovery from accidents and surgeries.
  • Enhancing overall well-being to preserve a high standard of living and autonomy.

Cyberdyne Treatment and plans

Cyberdyne Treatment utilizes HAL to enhance or restore the wearer’s function. This treatment is aimed at addressing spinal cord injury, stroke, neuromuscular diseases, and more. The procedure involves-

  • The brain initiates command signals as the first step in the process. When the body is in motion, the brain predicts and transmits the necessary signals through the nerves to the muscles.
  • Following this, the muscles receive the command signals, causing each muscle to contract and generate power upon receiving the appropriate command signal from the brain via the nerves.
  • The signals sent to the muscles by the brain are interpreted as faint bio-electric signals on the skin surface.
  • HAL moves in accordance with the wearer’s intentions. It controls the power units at each point based on the bio-electrical signals, allowing the wearer to make desired movements with voluntary commands.
  • Finally, once HAL has nearly completed assisting the intended movement, information is relayed back to the brain.

Stroke rehabilitation with Cyberdyne Treatment


The Hybrid Assistive Limb (HAL) robotic suit responds to the user’s voluntary movements. HAL Robo Suits have a beneficial impact on individuals dealing with stroke, paralysis, spinal cord injuries, joint issues, and central nervous system disorders. It interprets bio-electrical signals to carry out specific actions based on the user’s voluntary instructions.

Hybrid Assistive Limb (HAL) facilitates recovery after a stroke. Cyberdyne treatment involves transmitting voluntary commands from the human brain to the musculoskeletal system through the spinal cord and peripheral nerves, as well as focusing on providing feedback from actual movement sensation to the human brain. Robot-assisted therapy during stroke rehabilitation can provide intense and high-frequency training, which is beneficial for patients with motor disorders resulting from stroke or spinal cord disease.

Our patient Sarah’s testimony

Initially, I had high hopes that I would be able to walk with ease, but it turned out to be more challenging than I expected. In the beginning, the robot had to do most of the work for me. Gradually, with each session in the robot, I was able to take on more of the effort until I could eventually do it independently. Ultimately, I was able to walk down the aisle with the support of a walker!

HAL assists in improving your physical strength and endurance, helping you get back on your feet.

 So log onto https://rehabmodalities.com/ for a free demo.

Written by Admin

July 7, 2023

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