Innovative hand orthosis confers independence for individuals affected with hand paralysis

An electrical hand orthosis designed for patients with flaccid and spastic paralysis. It assists with gripping and grasping movements for individuals affected by conditions such as stroke, brachial plexus injuries, multiple sclerosis, and spinal cord injuries. The device helps patients regain independence in daily activities including household tasks, hobbies, and work-related functions.

Advanced prosthetic device with intelligent control systems enabling natural movement and rehabilitation for limb loss patients.

Robotic rehabilitation system designed to assist patient recovery through automated therapeutic exercises and movement guidance. Supports stroke rehabilitation, orthopedic recovery, and neurological therapy with real-time feedback and customizable treatment protocols.

A wearable robotic hand rehabilitation device designed for stroke patients to restore hand mobility and motor control. The system uses surface electromyography (sEMG) sensors attached to the forearm to detect muscle signals, enabling patients to initiate movement of the robotic hand brace through their own muscle activation. The device includes interactive games of increasing difficulty to facilitate functional recovery through repetitive training of grasping, arm movement, and hand opening exercises. Hand of Hope leverages neuroscience principles to help the brain rewire neurological pathways and enable patients to relearn daily hand activities.

AI-powered assistive technology designed to support and enhance human motion and mobility. Utilizes intelligent robotics and motion analysis for rehabilitation and patient assistance applications.

Patented rigid orthosis for wrist, hand, and thumb paresis providing stable circular fixation with adjustable and reusable design. Enables efficient treatment and prevention through quick application while maintaining comfort and proper alignment for patients with upper limb motor impairment.

Robotic neurorehabilitation system designed for motor recovery and functional restoration in patients with neurological disorders. Combines robotic-assisted therapy with real-time feedback to enhance rehabilitation outcomes in stroke, spinal cord injury, and neurodegenerative conditions.

An advanced rehabilitation device designed for upper limb motor recovery and rehabilitation therapy. The system has been presented at multiple medical conferences including the Chinese Medical Association conference and provincial rehabilitation medicine conferences.

Upper limb rehabilitation exercise robot that assists stroke patients in restoring upper limb function and mobility.

Custom-designed wrist and hand orthoses for orthopaedic technicians to enhance patient autonomy and functional mobility. These personalized devices are fabricated in Europe using advanced materials to provide comfortable, anatomically-optimized support for various hand and wrist conditions. Suitable for rehabilitation, injury management, and long-term mobility assistance.

A robotic system designed for medical and healthcare rehabilitation applications. The device utilizes Aspina's motor technology to provide therapeutic assistance.

ROBOARM is an integrated upper and lower limb rehabilitation platform developed by projecting the rich clinical experience of an active orthopaedic specialist. Moving beyond the limitations of existing devices that simply repeat movements, it precisely implements high difficulty ‘Joint Mobilization’, which could previously only be performed by skilled therapists, using a 6 axis collaborative robot to provide personalized treatment for patients. The core technology of MEDISBY lies in ‘Expert Technique Replication,’ which digitizes the delicate manual therapy trajectories of master physicians for the robot to reproduce exactly. Furthermore, it provides an All in One solution that can manage all major joints of the entire body, including shoulders, elbows, hips, and knees, with a single device, maximizing the operational efficiency of hospitals.