Specification Brand : OTQEFTN BulletPoint1 : 【Material of rehabilitation robot gloves】: soft polymer gloves, a variety of flexible polymer materials, three-dimensional cutting, suitable for human hands, flexible air hand drive, simple and convenient. BulletPoint2 : 【Rehabilitation robot gloves have several modes】: Passive mode and mirror mode allows the trained hand to learn the movements of other hands. BulletPoint3 : 【Rehabilitation robot gloves for people】: finger flexion spasm, cerebral palsy, finger dysfunction caused by stroke sequelae, long working hours can restore the dual function of fingers and hands. BulletPoint4 : 【Help self-repair】: Simultaneous movement of both hands can activate mirror neurons, replicating normal neural pathways from the hand to the affected area, thus promoting autonomous brain recovery. BulletPoint5 : 【Adjustable strength】: Adjustable strength according to your specific situation, no matter how strong you are, within the safety range, no need to worry about the strength. Color : Left ExternallyAssignedProductIdentifier1 : 0614032910277 ExternallyAssignedProductIdentifier2 : 614032910277 ItemName : OTQEFTN Smart Rehabilitation Robot Finger Orthoses Finger Flexion and Extension Exercise Soft Resting Hand Splint for Flexion Contracture ItemTypeKeyword : finger-splints Manufacturer : OTQEFTN MetalType : other PartNumber : HAA2407170668 ProductDescription : Hemiplegia intelligent rehabilitation robot gloves equipment hand function rehabilitation training
- Patients with assistive functions can rebuild hand functions through exercise, and then restore the self-care ability of daily life. Polymer soft gloves,variety of flexible polymer materials, three-dimensional cutting, suitable for human hand, flexible air hand drive, simple and convenient. Small and convenient design, wearable, independent operation and maintenance. Easy to operate, simple and efficient rotation control.
Application of robotic rehabilitation gloves. Crush injuries and other hand injuries. Torn tendons and/or ligaments and other tendon injuries. Peripheral nerve and other neurological disorders. Fractures and dislocations. Arthritis or tendonitis Carpal tunnel syndrome Dupuytren's contracture. Post-stroke rehabilitation, etc.