HAL

Boost Your Strength and Mobility with Cyberdyne HAL

LGL 0 Cyberdyne HAL is the first concept described as an “Educated Cyborg” (translated as a portable cyborg). Designed for use in rehabilitation, such as the for EksoNR rehabilitation from Ekso Bionics, as well as for daily assistance or muscle building. Cyberdyne HAL (Hybrid Assistive Limb) allows people with limited mobility to regain unparalleled autonomy and mobility. It is also beneficial for older adults and professionals who are subjected to intense physical exertion throughout the day. Let’s find out more.

Features of Cyberdyne HAL

Developed by the Japanese company Cyberdyne Inc., based at the University of Tsukuba. Cyberdyne HAL is a state-of-the-art medical exoskeleton () designed to assist and support people with mobility impairments in regaining their mobility. These impairments may be caused by spinal cord injury, stroke, or myopathy. However, Cyberdyne HAL is also used by many older adults to improve their daily lives and mobility. As part of a unique hybrid system, Cyberdyne HAL works by detecting bioelectric signals emitted by the patient’s brain via skin sensors. It then amplifies the user’s movements and intentions. The technology behind the allows the user’s desire to move to be synchronized with robotic action. The result? Intuitive, tailored assistance.On the technical side, this exoskeleton is portable, weighing 23 kg for the full-body model. It is also 1.60 m long. It is powered by a 100 V battery, providing 2 hours and 40 minutes to 5 hours of operation, depending on the intensity of use. An advantage of the Cyberdyne HAL is its ability to double the user’s strength. It supports both its own weight and the patient’s weight. It is certified as a medical device in Europe. Cyberdyne HAL assists people with limited mobility. It also helps improve functional ability in some patients. You can watch many videos on the Cyberdyne HAL YouTube channel to better understand how it works in real time. Or check out the Cyberdyne HAL Wikipedia page for a detailed history of this device.

Cyberdyne HAL Motorized: Existing Versions

Cyberdyne offers two versions of the: the Cyberdyne HAL 3 and the Cyberdyne HAL 5. The Cyberdyne HAL 3 is designed for the legs only. As a result, it supports lower limb mobility and walking by detecting bioelectric signals emitted by the user’s brain. Cyberdyne HAL 3 is primarily used for rehabilitation, but also for patients who want to walk again. Cyberdyne HAL 5, on the other hand, is a full-body system that covers the arms, legs, and torso. It offers comprehensive support for both the lower and upper body. Its capabilities are more advanced than those of the previous model. It allows users to walk, raise their arms, and carry objects. It is also a motorized device used for rehabilitation, as well as for personal and professional daily support. On the other hand, today’s versions are presented as follows:

HAL Medical's HAL Lower Limb for the lower limbs, HAL Single Joint for training and rehabilitation, and HAL Upper Limb for the upper limbs.

HAL Living Support, or HAL Lumbar, is designed to provide support for the back and lower limbs during retail operations.

Cyberdyne HAL – Reviews

Opinions about Cyberdyne HAL are positive, particularly in the medical field and with regard to patients with limited mobility. For example, healthcare professionals consider it an innovative device for the rehabilitation of patients with spinal cord injuries or brain injuries. Furthermore, HAL increases muscle strength up to 10 times, enabling users to move and carry objects at once. HAL allows users to achieve real mobility and autonomy in situations where conventional systems have yielded limited results. In summary, Cyberdyne HAL is establishing itself in the medical, personal, and professional worlds as a high-performance motorized device. Many clinics and hospitals use HAL to improve the mobility of patients seeking rehabilitation and greater mobility. If you haven’t yet consulted our technical data sheet on the ReWalk Personal 6.0—designed for people with paraplegia or paralysis—it’s time to find out more!

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