The Cyberdyne HAL’s Lumbar Type Well-being is an incredible technology with two roles. Caregivers can use it to reduce the stress on their backs when they move around and prevent possible back injuries. It’s also helpful for care recipients with weak legs, as it can help them maintain and improve their body function.
Here are the characteristics of Cyberdyne HAL
The Wearable Cyborg™ HAL is a neuronal-controlled cyborg used for treating patients with cerebral vascular disease, spinal cord injuries, progressive intractable neuromuscular disease, and other lumbar diseases. It is also used for neuromuscular feedback therapy, where the patient’s residual neuromuscular impulses are picked up by sensors and transmitted to the HAL system, which provides the necessary assistance to the patient to execute the desired movement.
Features of The Lumbar Type
- Motion Assistance in fostering self-reliance:
The HAL training is expected to help individuals voluntarily maintain and improve their physical abilities, enhancing their independence. This compact and lightweight model can be utilized in various settings, including group activities at facilities and home visits, to provide comprehensive care.
- Minimizing lower back discomfort while providing care:
After analyzing medical and anatomical data, a function was developed to minimize lumbar burden during care activities such as transfers and positioning.
The Wearable Cyborg™ HAL︎ has two operating modes. The first is called the “Hybrid Mode,” which detects the bioelectrical signals sent from the brain to the muscles through the nerves. The second mode is the “Cybernetics Autonomous Control Mode,” which allows the device to be used without attaching sensors. This mode benefits caregivers who want to use HAL︎ in different situations with minimal effort. With the new mode, the device can be worn in under 10 seconds.
- Benefits everyone involved in nursing care:
Reducing caregivers’ physical burden leads to improved labor conditions and the prevention of work accidents. Additionally, enhancing the independence of the care-receiver, such as sitting-to-stand action without support, reduces the person’s burden and significantly reduces the caregiver’s burden. The new Wearable Cyborg™ HAL’s double role︎ will approach solving the issues of an aging society.
Recovery
Robot suits have proven to make a positive difference in the lives of patients with lumbar issues. The wearable cyborg or robot suit is the world’s first of its kind and has advanced exoskeleton robotic technology that presents an opportunity for physiotherapists and rehabilitation professionals. Cyberdyne HAL technology is suggested to have extensive application prospects in rehabilitation, and there are high professional requirements in this field. Lower extremity and lumbar rehabilitation are essential to Cyberdyne’s research in robotic technology treatment. Robot Suits make a positive difference in a patient’s life with lumbar issues. “This is the world’s first Wearable Cyborg™ or Robot suit. Advancing exoskeleton robotic technology presents an opportunity for physiotherapists and rehabilitation.
Cyberdyne HAL technology is suggested to have extensive application prospects in rehabilitation, and professional requirements in this field are high. An essential part of this robotic technology research in Cyberdyne treatment involves lower extremity/ lumbar rehabilitation.
Get a free demo at https://rehabmodalities.com/ to help patients use their regained lumbar strength in daily life.
