Intelligent Wearable Rehabilitation Systems
Developed at the Neural Rehabilitation and Robotics Laboratory of The Chinese University of Hong Kong, Hopebotics delivers clinically validated wearable robotic systems that combine EMG-driven control, brain–computer interface technology, and biomimetic artificial muscles to restore motor function and independence for patients worldwide.
Intelligent wearable rehabilitation hand system. Weighing only 100g, 3D printed and fully customizable for different hand sizes and spasticity levels—designed for stroke and peripheral nerve injury patients.
EMG-driven, BCI intention control, and task-oriented guidance modes—covering moderate to severe impairment levels with adaptive rehabilitation protocols.
TaskBoard system for 5 types of daily fine motor tasks including cylindrical grasp, spherical grasp, and pinch grip—restoring functional hand movements for daily living.
Closed-loop system of intention recognition, motion assistance, and brain feedback—promoting motor cortex reorganization through neuroplasticity-driven rehabilitation.
Long-term stroke patients in clinical trials
Achieved significant FMA-UE improvement after 20 sessions (p<0.01)
US FDA listed, EU CE Mark certified (Class I)
Hospitals and rehab centers in Hong Kong, 300+ patients served
The world's first wearable joint-assist robot using soft fabric and dynamic air-cell technology. Originally developed for children with cerebral palsy, now covering rehabilitation, post-operative support, and sports protection.
Compliant, soft assistance through precise air-cell pressure regulation—eliminating the injury risks associated with rigid exoskeletons while delivering controlled joint support.
Advanced 3D knitting technology creates a fabric-based structure engineered for extended wear comfort during long rehabilitation sessions.
Sports Knee Brace
Post-op Joint Recovery
Elderly Joint Support
Revolutionary high-performance biomimetic artificial muscle. Power-to-weight ratio exceeds natural muscle by 200x with response speed 20x faster than biological equivalents.
Power density that exceeds human skeletal muscle, enabling stronger and more responsive assistive motion.
Fabricated to match any human muscle morphology, enabling anatomically accurate assistive devices.
Interfaces with brain–computer interface systems for intention-aligned motor assistance.
Hopebotics technology has been recognized at leading international invention exhibitions and innovation competitions worldwide.
November 2025 — Germany
May 2024 — USA
March 2023 — Switzerland
June 2025 — China
Explore how adding Hopebotics products to your hospital, rehabilitation center, or research institution can transform patient outcomes with intelligent wearable rehabilitation systems.
Get in Touch