The Syrebo SY-HR03E Hand Rehabilitation Robot Glove combines cutting-edge soft robotic exoskeleton technology with clinical neuroscience to offer an advanced, interactive solution for hand dysfunction. Designed for both clinical and home-based therapy, this intelligent system assists patients in recovering hand motor functions through task-oriented training, active-passive mirror therapy, and engaging therapeutic games.

By targeting neural plasticity, the SY-HR03E helps break down muscle spasticity, prevent joint contractures, and accelerate the neuromuscular re-education process for a wide range of neurological and orthopedic conditions.

Features:-

• Comprehensive Neuromuscular Re-education:- Driven by flexible, pneumatic bionic muscles, the glove safely guides the patient's fingers through flexion and extension. This repetitive movement stimulates the motor cortex, facilitating cortical remodeling and rebuilding hand-brain functional pathways.

• Innovative Mirror Therapy Training:- Using a specialized data glove on the healthy hand, the system captures healthy hand movements and syncs them perfectly with the affected robotic glove. This allows the paralyzed side to mimic healthy gestures, maximizing visual and proprioceptive feedback to accelerate recovery.

• Task-Oriented & Objective-Driven Training:- The system includes daily living therapeutic accessories (such as training blocks and cups). Patients can perform functional grasping exercises, bridging the gap between clinical rehabilitation and real-world daily activities.

• Gamified Multi-Scenario Interaction:- Equipped with an intuitive console display, the system features engaging, interactive therapy games. This keeps patients highly motivated, transforms repetitive exercises into an enjoyable experience, and improves long-term compliance.

• Adjustable Training Intensity & Modes:- Clinicians can easily customize the treatment session by altering passive stretching speeds, choosing specific finger-isolation training protocols, or modifying assistance levels to match the patient’s exact stage of recovery.