Robotic Hand Therapy Gloves for Stroke Recovery, Arthritis & Nerve Damage Rehabilitation, Finger Exerciser with Adjustable Modes - Left/Right Hand (S/M/L/XL/XXL)

Product Highlights92% users report improved grip strength in 4 weeksClinical ApplicationsDesigned by neurologists for:Post-stroke hand paralysis rehabilitationRheumatoid arthritis joint mobilizationCarpal tunnel syndrome recoveryParkinson’s tremor managementPost-traumatic nerve regenerationSpecification：Name: Gloves for Hand Rehabilitation RobotFunction: Hand Function RehabilitationA: Left Hand B: Right HandSize: (left hand or right hand) S, M, L, XL, XXLWeight: 1 kgWorking Voltage: 5V/2A (USB-C compatible)Battery Life: 8hrs continuous useWhat’s IncludedInfographic： Left/Right Recovery Glove Set → Host → Mirror Gloves → Charger → Auxiliary straps → Training ball → InstructionsUser Manual Tips① Start with 5min/day in Passive Mode② Gradually increase to 20min sessions③ Combine with included therapy balls.

• 1. Intelligent Hand Rehabilitation System：Features 3 training modes (Single-Finger, Passive, Mirror Therapy) with 10 adjustable intensity levels to rebuild motor skills. Scientifically designed to reduce muscle stiffness and improve circulation for stroke survivors, arthritis patients, and those with cerebral palsy.
• 2. Neuroplasticity-Boosting Design：Mirror mode activates bilateral brain pathways to accelerate nerve regeneration. Clinically proven motion algorithms replicate natural grasping/bending motions to prevent hand atrophy.
• 3. Ergonomic & Portable Solution：Ultra-lightweight (1lb) exoskeleton with breathable neoprene cuffs. Includes therapy balls, straps, and quick-start guide for home-based rehabilitation - saving 63% costs vs clinical sessions.
• 4. Smart Safety Features：Auto-shutoff after 20min prevents overtraining. Contoured finger joints with 120° flexion range. Not for use with open wounds/pregnancy.
• 5. Complete Recovery Kit：Includes left/right gloves, power adapter, replacement pads. Ideal gift for post-surgery recovery, Parkinson’s support, or age-related mobility issues.