Rehabilitation Gloves Orthoses Stroke Hand Splint Assistive Gloves Training Equipment Minimize Spasticity Small and convenient design, wearable, independent operation and maintenance. Product name: Upgraded rehabilitation robot gloves Function: finger rehabilitation training, contracture stiffness correction, wrist joint correction Modes: Mode Display, Training Timing, Battery Display, Gear Display Who are the suitable people? Stroke patients, cerebral hemorrhage patients, hand burns, and children with hand disorders caused by cerebral palsy Children, young and middle-aged and elderly. PACKING LIST: Rehabilitation gloves*1 Host*1 Mirror Gloves*1 Charger*1 Mirror glove data cable*1 Auxiliary strap*1 Training ball*1 Instructions*1
Stroke Hand Splint: Stroke hand splint is the ideal, softpro item for reducing flexion contractures and helping to maintain strength and comfort in your hand after a stroke; Made of a variety of flexible polymer materials, comfortable fit and will keep you hand in place. Passive Training of Hand Function: Rehabilitation treatment device only needs to connect rehabilitation gloves, and it can be easily used by grasping objects such as training balls. At the same time, it has an intelligent flexion and extension degree adjustment function. LCD Screen Display: Finger Splint Brace has a LCD control screen and clear adjustment buttons. very user-friendly interactive design, Patients can take care of themselves at home, save Kangzhi hospital expenses and company fees, can independently complete daily retraining plans. Bionic hand structure: Intelligently imitate hand movements, imitate hand structure production, independent movement grasping, intelligently imitate hand grasping, extension and flexion and other actions, alleviate hand spasm, stiffness and other problems. Applicable people: Suitable for hemiplegic patients with dysfunction, wrist and finger training, improve muscle strength and increase the range of joint motion of joints. Restore the dual functions of fingers and hands, promote blood circulation.