It is essential to compete in the healthcare industry with new and advanced technology. India has achieved a significant milestone in the medical field with the introduction of Cyberdyne treatment. HAL®, the brain-controlled robotic arm from Cyberdyne, does not require surgery and can assist in stroke rehabilitation both in clinical settings and at home.
HAL [Hybrid Assistive Limb] is the first technology in the world that can improve and restore the physical functions of the user based on their intentions, earning it the nickname “Wearable Cyborg™.”
HAL’s Single Joint type Support, known as the Wearable Cyborg™, helps individuals target specific joints to enhance the mobility of their upper and lower extremities. Its compact size allows for use in bed during the early stages of post-surgery recovery or at home to facilitate continuous progress.
Advantages of Single Joint Types Treatment
Cyberdyne HAL is the sole robot capable of offering suitable remedies for brain movements.
Here’s how HAL’s Single Joint can be beneficial…Regulate the extension and flexion of immobile joints.
Target specific joints such as the knee, ankle, wrist, shoulder, and elbow. Present the monitored neurological signals and adjust the device’s output to fulfil the patient’s requirements.
We anticipate utilising this non-invasive device in the ICU or during hospitalisation, as well as at home after individuals have undergone training at a medical facility.
Assisting individuals in relearning how to perform those movements independently. Our technology enables individuals to walk unassisted.
Advantages of utilising robotic intervention early in the rehabilitation process for single joint recovery…
The “Wearable Cyborg™ HAL®” assists patients in regaining their autonomy and reestablishing their mobility without assistance through the use of rehabilitation robots in physical therapy.
The robots support the weight of a limb for patients with some residual movement ability by physically interacting with the patient. One application of robot-assisted therapy is to enhance walking function in patients with single joint impairments.
Rehabilitation using single joint type
Using robots in therapy can improve rehabilitation outcomes. Patients with motor impairments can benefit from interacting with these robots as part of their therapy. Robotics can also assist patients with a variety of conditions, such as amputations, cancer, arthritis, orthopaedic injuries, heart disease, neurological issues, and traumatic brain injuries. Individuals with severe weakness can receive upper limb therapy through robotic rehabilitation.
The synchronised movements of HAL® enable wearers to perform exercises with a wider range of motion and less strain. This can lead to enhanced muscle flexibility, strength, and movement control.
Cyberdyne’s Hybrid Assistive Limb – HAL® can help restore lost bodily functions, making it an effective tool for walking exercises, especially for individuals with untreatable neuromuscular diseases.
You can accomplish the seemingly impossible with “Cyberdyne Technology”! By using HAL – the “Wearable Cyborg™,” you can regain physical strength and endurance.
For more on Cyberdyne treatment log onto https://rehabmodalities.com/
