New Syrebo Soft Robotic Rehabilitation Gloves C12

The C12 Syrebo gloves are equipped with sensors that detect the user's movements and provide real-time feedback to help them track their progress. The gloves can be adjusted to different levels of resistance and can be used for a wide range of hand and finger exercises, making them suitable for individuals with a variety of hand injuries or disabilities.

Overall, the New Gen Soft Robotic Rehabilitation Gloves are an innovative and effective tool for individuals undergoing hand rehabilitation. They offer a comfortable and customizable solution for improving hand strength and mobility, and their advanced soft robotics technology sets them apart from other hand rehabilitation devices on the market.

• Soft robotic exoskeleton technology
• 6 training models in one, cover all stages of hand rehabilitation 
• Stronger power, 9 levels of intensity to adjust

Key Features

Combined with soft robotic exoskeleton technology and neuroscience, the newly-upgraded soft robotic hand rehabilitation glove C12 is powered by the flexible pneumatic bionic muscles that help users to move and re-learn, so as to improve hand mobility and accelerate the process of hand function rehabilitation from three levels of nerves, brain, and muscles.

Applicable Scenarios

• Passive training: Power glove drives the affected hand to execute flexion and extension.

• Pinch training: The thumb opposes the index finger, middle finger, ring finger, and little finger in turn.

• Mirror training: The healthy hand leads the affected side fingers to do synchronized actions.

• Extend training: Static stretching hand to decrease muscle tone and increase the range of motion.

• Fine motor training: The power glove drives each affected finger to perform the extension and flexion.

• Functional training: Two or more finger pinch training to simulate daily item pinch.

Clinical Theory

• Bilateral Synergy (BS) Theory
• Motor Relearning Programme(MRP) Theory
• Motor Imagery(MI) Theory
• Closed-loop rehabilitation theory of ’central-peripheral-central’

Clinical Evidence

• Improves joint range of motion
• Relieves abnormal muscle tone of the hand
• Improve ADLs ability
• Improve muscle strength
• Prevent spasms & eliminates edema
• Promotes neural pathway reconstruction

Indications

Patients with hand dysfunction caused by stroke, brain injury, cerebral palsy,
hand trauma, orthopedic surgery, etc.