Discover the most advanced portable exoskeletons designed for rehabilitation, essential for patients seeking to regain mobility after a stroke, spinal cord injury, or neurological damage. These wearable robotic devices offer powered assistance to help stand, walk, and perform daily activities with greater ease. Explore innovative solutions that enhance functional recovery and quality of life, enabling more effective and personalized therapy. Find the assistive technology that best suits rehabilitation needs, from gait training to upper limb support.
This portable bionic device with artificial intelligence allows for standing and walking, and is FDA-approved. It facilitates the achievement of rehabilitation goals for conditions causing partial or total paralysis of the lower limbs.
This exoskeleton is the world's first self-balancing one, allowing for realistic and 'hands-free' walking. Its dynamic gait algorithm technology is revolutionary for restoring autonomy.
HANK is an exoskeleton for gait neurorehabilitation, unique for having all three joints motorized (hip, knee, and ankle). This allows for effective and efficient rehabilitation for patients with neurological conditions.
This soft and lightweight exoskeleton is specifically designed for gait rehabilitation in stroke patients. Its non-restrictive nature facilitates a more natural interaction with the affected limb, providing an innovative solution for mobility.
This AI-powered exoskeleton is designed for paraplegics, enabling them to perform daily tasks and promoting independence. It is expected to mark a new era in the commercialization of wearable robots.
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This exoskeleton is specifically designed for stroke survivors with hemiparesis, which differentiates it from other bilateral devices. It aims to be more accessible and adapted for private use, not just hospital settings.
This computer-controlled robotic exoskeleton device is designed for gait training and evaluation. Its objective is to restore normal gait patterns in patients with dysfunction, supporting up to 135 kg.
This electromechanical system is intended for the clinical rehabilitation of patients with motor impairments of the lower limbs. It offers an effective solution to improve mobility and function in a controlled environment.
UGO is a rehabilitation exoskeleton for both legs that incorporates cloud-based user management. This feature facilitates digital rehabilitation and adaptation to different stages of therapy, supporting up to 135 kg.