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Maximum supported weight: 135 kg
... Overview
- The A3-M is a computer-controlled exoskeleton robotic device for gait training and assessment, designed to restore normal gait patterns in patients with walking dysfunctions.
- It delivers repeated fixed-trajectory
... Limb Exoskeleton Rehabilitation Robot is an electromechanical system designed for clinical rehabilitation of patients with lower limb motor dysfunction. It reproduces physiological gait patterns, provides ...
Maximum supported weight: 135 kg
... to suit different stages of rehabilitation. Cloud-based User Management We employ digital rehabilitation management. Cloud-based data management of users, institutions, and equipment facilitates intelligent rehabilitation ...
... GoGo Speed Exoskeleton: GoGo is an advanced exoskeleton robot that integrates artificial intelligence with intelligent control technology. Designed based on ergonomics and equipped with a power system and AI algorithms, ...
Maximum supported weight: max 100.0 kg
... drive to improve functional outcomes. The EksoNR exoskeleton was designed by clinicians for clinicians for use in rehabilitation and was the first robotic exoskeleton ...
Maximum supported weight: 40 kg - 110 kg
... What is the idea of using exoskeletons in rehabilitation? - The main idea is related to the possibility of using exoskeleton to restore global mobility in patients with leg weakness. Technical ...
... Overview
The ReWalk Personal
Exoskeleton (ReWalk® 7) is a wearable robotic
exoskeleton that provides powered hip and knee motion to enable individuals with spinal cord injury (SCI) to stand upright, walk, turn, ...
Maximum supported weight: 100 kg
... with siting, standing and walking, it can realize the functions oflanding walking and standing in situ (one leg, and two legs). The mechanical leg can drive patients to complete a largenumber ot repeated ...
... The new walking assist device with the bodyweight support system reduces the load on leg muscles and joints (in the hip, knees, and ankles) by supporting a portion of the person's bodyweight. The device has a simple structure consisting ...
... and other diseases of the brain and neuromuscular systems Made to fit all individuals Elements of this product such as leg lengths, hip widths, and foot sizes can precisely be adjusted to fit all individuals, enabling comfortable ...
... and improve health and life quality. Structures The product is composed of power button , right leg power unit, belt buckle, function key, left leg power unit, shoulder strap, backpack, waist pad, legging board, ...
... of a
rehabilitation plan.
Testimonials (examples)
- "GMOVE-SUIT gives me confidence in my leg, I can control it better. It seems more lightweight and requires less effort to walk. I take fewer breaks
Maximum supported weight: 100 kg
... contribution of the device to the passive movement of the patient’s legs can vary depending on the needs of the subject and is also set by the operator independently for the two legs. Partial and total weight relief It ...
... community, you should have some ability to walk and maintain your own balance. Keeogo can be used in day to day life or in a rehabilitation program at a Keeogo certified clinic. Learn about those with the following conditions that ...
... EXOATLET II – exoskeleton for rehabilitation ExoAtlet II is gait training and rehabilitation device used to improve walking function and independence in patients with a neurological or muscular injury, ...
... UANGO is an innovative medical exoskeleton, designed and manufactured in Italy, specifically developed for neuromotor rehabilitation and robot-assisted gait training. UANGO ensures precise, natural movement patterns, ...
... guaranteeing patients a stable length of treatment. TECHNICAL PRINCIPLE Working Principle Different from traditional exoskeletons that assist wearers by supporting their body weight, Yrobot developed the world’s first muscle armor ...
Maximum supported weight: 100 kg
... THE LATEST TECHNOLOGY FOR NEUROLOGICAL REHABILITATION The lightest, adjustable, hip-knee-powered exoskeleton on the EU market for neurorehabilitation.. It actively assists individuals with mobility impairments to stand ...
Maximum supported weight: 100 kg
... FREE Bionics is the leading developer of exoskeleton. By supporting or enhancing human strength on medical and industrial fields, we aimed to increase global working population and human potential. 2 hrs Battery duration 2 km/h Moving ...
... specific requirements of the user. Multiple Training Modes Users can perform sit to stand training at the early stage of rehabilitation to promote ideal sensory input, improve cardiopulmonary function, and prevent muscle atrophy. Achieve ...
... The Phoenix exoskeleton is the world's lightest and most advanced exoskeleton designed to help people with mobility disorders to be upright and mobile. In the clinic, at home, and in the workplace Phoenix has successfully ...
... lower limb exoskeleton achieves a constant gait pattern that does not exist in traditional rehabilitation. You get to improve the quality of life and increase the autonomy, for less money and less time! The ...
... The exoskeleton secures the vertical position and guides the motion of the lower limbs, allowing different types of motions of the hip, knee and ankle. The smart assistance controller follows the volitional movements of the user. ...
... community. It is the most customizable exoskeleton and is configured specifically for you. This precise fit optimizes safety, function and joint alignment. The battery-powered system features a light, wearable exoskeleton ...
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