Advanced Robotic Finger Rehabilitation Gloves

Reclaim mobility and strengthen your hand with the Advanced Robotic Finger Rehabilitation Gloves. Engineered specifically for individuals recovering from stroke, hemiplegia, or cerebral infarction, this therapy equipment provides a high tech solution for home based rehabilitation. By simulating natural hand movements and utilizing pneumatic technology, these gloves assist in reducing muscle tension and improving overall finger flexibility through consistent daily training.

Features

• Pneumatic Bionic Construction: Utilizes air pressure to safely and gently drive hand flexion and extension, mimicking the natural movement of human fingers.

• Independent Finger Control: Designed with individual valves that allow users to target specific fingers for focused rehabilitation or train the entire hand simultaneously.

  
  

• Mirror Training Mode: Includes a sensory glove for the healthy hand, allowing the robotic glove to synchronize and replicate movements, which helps retrain the brain's motor pathways.

• Adjustable Intensity and Speed: Features an easy to use control console that allows patients to customize the strength and pace of the exercise based on their recovery stage.

  
  

• Soft and Breathable Materials: Constructed from skin friendly, flexible fabrics that ensure comfort during extended therapy sessions.

  
  

Why Choose Our Robotic Therapy Gloves

Traditional rehabilitation can be repetitive and difficult to perform alone at home. Our robotic glove system acts as a personal therapist, providing the mechanical assistance needed to perform vital range of motion exercises. The mirror training technology is a game changer for neurological recovery, using the body's own symmetry to encourage nerve regeneration. Lightweight and portable, this system allows you to maintain a strict training schedule from the comfort of your own living room, accelerating the journey toward independence.

Perfect For

• Stroke Recovery: Assisting in the long term rehabilitation of motor functions following a stroke.

  
  

• Hemiplegia Therapy: Providing consistent mechanical movement for patients with paralysis on one side of the body.

  
  

• Cerebral Infarction Rehabilitation: Supporting nerve and muscle recovery through controlled finger exercises.

• Hand Stiffness Relief: Helping to loosen joints and reduce spasticity in the fingers and palm.

• Post Operative Care: Assisting in regaining hand strength and flexibility after surgical procedures.