Hand of Hope

Wearable medical device for hand and finger rehabilitation. Provides interactive therapy support with objective performance measurement for patients recovering from neurological conditions.

A gentle stimulation device designed to help restore and improve hand function through controlled therapeutic stimulation. Particularly useful for post-injury rehabilitation and functional recovery.

Hand rehabilitation device designed for stroke patients requiring finger recovery and motor function training. Features mechanical or robotic-assisted finger extension and flexion exercises to restore hand mobility and grip strength during post-stroke recovery. Supports progressive therapeutic protocols for upper extremity rehabilitation in clinical and home-based settings.

MotionMate is a soft, supportive hand orthosis designed to restore hand function and confidence in daily activities. Developed from doctoral research at Heidelberg University in collaboration with physicians and individuals with upper limb impairments, the device combines scientific accuracy with practical everyday usability. It is intended to improve hand function, increase independence, and provide practical benefits for people with upper limb paralysis.

MotionMate is a soft robotic hand orthosis designed to restore hand function and independence in patients with hand paralysis or upper extremity impairment. The device combines scientific precision with practical wearability to enable improved grip strength, dexterity, and confidence in daily activities. Developed through clinical collaboration and evidence-based research, it supports rehabilitation and functional recovery in physiotherapy settings.

Self-developed smart bionic hand by OYMotion featuring non-invasive electromyography neural signal sensor arrays, artificial intelligence pattern recognition algorithms, and novel human-machine interaction technology. The mechanical structure is precision-engineered with over 280 components and contains 5 micro motors for independent control of each finger. Sensors perceive user's hand gesture intent and actively switch naturally to simulate precise grasping operations of the human hand.

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.

OYMotion's intelligent bionic hand designed for individuals with upper limb dysfunction, featuring advanced electromyography signal recognition technology that accurately captures user intent for natural and smooth hand movement control. The product includes 11 joints and 6 degrees of freedom, capable of completing 27 daily grasping movements suitable for most life scenarios. With lightweight design and high-strength structure, it supports a maximum load of 5kg and features quick-disconnect wrist connection for convenient wearing.

Innovative wearable medical device for rehabilitation and motor recovery support. Designed to advance patient autonomy through interactive therapeutic applications.

MotionMate is a soft robotic hand orthosis designed to restore hand function and independence for individuals with hand paralysis or upper limb impairment. The device combines actuated assistance with lightweight, comfortable design to support daily activities and improve motor function. Developed through clinical validation with medical professionals and end-users, it bridges assistive technology with practical everyday usability.

Our innovative robot-assistive technology enables hand function and improves everyday lives for the millions worldwide suffering from hand paralysis.

MotionMate is a soft robotic hand orthosis designed to restore hand function and independence in individuals with upper extremity impairments. This wearable assistive device combines scientific validation with practical everyday usability, supporting grip strength and motor control through powered actuation technology.