The “Wearable Cyborg™” is a robot designed to enhance or augment the physical abilities of users, particularly those facing mobility challenges due to car accidents, illness, or ageing. HAL, short for “Hybrid Assistive Limb,” is a...
LightForce® laser therapy lasers lead the way in therapeutic laser science and technology. Built on scientific evidence, driven by innovation, and validated by outcomes, LightForce® lasers strive to guarantee treatment success! The applications of Lightforce lasers:...
Rehabilitation robots used in physical therapy with ROBERT® require intensive effort as they provide improved conditions for patient recovery and healthcare professional support. The robot offers both active resistance and assistance during mobilisation, enhancing the...
ROBERT® focuses on effective rehabilitation and early mobilisation of patients, and it is an innovative and pioneering robot. The benefits of early mobilisation Promptly leaving the hospital following surgery is crucial for achieving the best possible recovery....
The Hybrid Assistive Limb (HAL) is the first robot of its kind in the world. It enhances and supports the wearer’s physical capabilities and bodily functions. The Wearable Cyborg™ HAL improves mobility for individuals with disabilities of any kind. When we intend to...
The Hybrid Assistive Limb, known as HAL, is a cyborg controlled by neurons that assists patients with brain-neuromuscular diseases. HAL’s motion principle is a neurological device used in Cyberdyne treatment to aid patients in recovering the natural movement of...
Mobile wellness means being able to move without help from others. At Cyberdyne, we have a straightforward goal: enabling people to walk independently using HAL, our non-invasive technology solution. The Wearable Cyborg™ HAL technology effectively teaches the nervous...
The Hybrid Assistive Limb (HAL) is a robotic device designed to enhance or augment the user’s physical abilities, especially for individuals with mobility challenges. It enhances the user’s physical mobility by tracking their centre of gravity and movement...
Robot Cyberdyne utilises HAL (Hybrid Assistive Limb) technology to help individuals who have lost lower limb function regain the ability to walk and experience the pleasure of movement. The robotic suit recognises the user’s intention to move their legs and...
Motor learning emphasises the significance of repetitive movement and voluntary exercise, which are both crucial to the process. Advanced neuro-robotic rehabilitation technologies are provided to patients worldwide through the Cyberdyne Treatment programme, which...
