ORTHOPUS Explorer

A light, airy, and adaptable functional arm prosthesis designed for users with forearm deficits or limited gripping function. The system combines modular base components with interchangeable activity modules and features magnetic closures and lacing systems for easy donning and doffing. The 3D-printed construction ensures minimal weight.

The first pediatric personal-use exoskeleton specifically designed to assist gait in children with neurodevelopmental disorders. It allows children to walk in everyday environments such as parks, streets, and schools, providing greater independence, mobility, and confidence while promoting social participation and integration. The device evolves with the child's growth and accommodates an approximate age range from 2 to 17 years.

An innovative arm support system with customizable range of motion and action plane limitation. It provides dynamic support for users with reduced arm mobility.

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.

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.

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.

An orthopedic exoskeleton arm trainer for rehabilitation therapy and stroke exercise recovery in the upper limbs.

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 exoskeleton for research and early mobility rehabilitation for patients with locomotor disorders including stroke, cerebral palsy, spinal cord injury, multiple sclerosis, traumatic brain injury, and post-arthroplasty conditions. The device features ergonomic handles for physical therapists, can be controlled via remote control or tablet, and includes auditory cues for each step. It is capable of walking up and down stairs, tolerates uneven surfaces, weighs up to 25 kg, requires no external cables, and supports patients weighing up to 110 kg and with heights between 160-190 cm. The exoskeleton is ISO 13485 certified and has been used in multiple clinical research projects worldwide since 2017.

ExoMotus™ M4 is a robotic exoskeleton designed for physical rehabilitation and mobility assistance. It provides motorized support for lower limb movement during gait training and therapeutic exercises, enabling patients with mobility impairments to regain functional independence. The device integrates sensor feedback and adaptive control to customize assistance based on patient response and recovery progress.

ORTHIA Arm Orthoses are custom-fitted orthopedic supports designed to provide stabilization, alignment correction, and pain relief for upper limb conditions. These polyurethane-based devices offer ergonomic comfort for pediatric and adult patients requiring post-injury rehabilitation or chronic condition management.

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.