Shanghai Siyi Intelligent Technology Co., Ltd products
Assist Soft Exoskeleton Walker
Syrebo - Walking Exoskeleton
The EasyWalk - China’s first soft lower limb exoskeleton with more than 30 patents, combines bionic structural design and artificial intelligence control algorithms. The AI algorithm can adapt to the needs of the wearer and provide the best assistance strategy. It allows the wearer to say goodbye to cumbersomeness and uncomfortableness. In the future, it will be a life assistant for patients with stroke, spinal paralysis, arthritis, Parkinson`s disease, and the elderly.
Soft Lower Rehabilitation Exoskeleton
The advantages of soft lower rehabilitation Exoskeleton 1. Bionic structure The artificial muscle (Bowden wire) is used to transmit power flexibly, which does not limit the body`s own freedom at all. 2. Security Soft structure, light weight (less than 3kg, concentrated on the waist), assists...
Rehabilitation Equipment For Home
Syrebo - Rehabilitation Robot Gloves
Syrebo™ rehabilitation robot gloves use bionic pneumatic artificial muscles to drive finger joints in order to improve the symptoms such as finger spasm, paralysis. While effectively helping the rehabilitation of various functions of the hand, the gloves also acts on assisting the brain nerves, promoting the improvement of sports rehabilitation, etc.
Syrebo - Soft Robotic Glove at-home Rehabilitation
Syrebo™ soft robotic glove at-home rehabilitation combined with flexible robot technology and neuroscience, it can help patients master fingers flexion and extension, reduce hand muscle tension, relieve edema and stiffness, promote rehabilitation of brain nerve injury through exercise, improve hand activity and accelerate the rehabilitation of hand function.
Syrebo - Hand Training Robotic Glove for Stroke Patients
Syrebo™ robotic glove for stroke patients combined with flexible robot technology and neuroscience, it can help patients master fingers flexion and extension, reduce hand muscle tension, relieve edema and stiffness, promote rehabilitation of brain nerve injury through exercise, improve hand activity and accelerate the rehabilitation of hand function.