? Product Information: - Name: Rehabilitation robot glovest - Function: hand function rehabilitation - Size: (Left or right hand) S, M, L, XL, XXL - Weight: 200g - Packing size: L105×W88×H41mm - Output: 5V/2A - Recommended use: 2-3 times a day, 15 minutes each time ? Package Contents: 1*Rehabilitation Glove 1*Main Unit 1*Mirror Mode Glove 1*USB Charger1*Grip Ball *Notes: - Ensure that the power supply is undamaged before use and do not plug or unplug the power supply with wet hands. - Do not use if the affected area has ulcers or inflammation.

Applicable people:Robot rehabilitation gloves finger trainer is an intelligent device for hand movement rehabilitation for patients with stroke, hemiplegia and finger movement disorders. It is very effective for finger weakness, cramps and inability to control finger grasping movements. Easy to use:The lightweight and small size makes it very convenient to store and carry. This rehab glove will solve the problem that going to a rehabilitation facility is expensive and time-consuming, and that you cannot do rehabilitation on your own without specialised rehabilitation equipment when you go home from the hospital. Multi-function:This hand rehabilitation Robot Gloves not only trains hand flexion, extension, and hand grip strength but also can restore neurons through bimanual mirror training, driving the other hand to move synchronously with your healthy hand. Automatic mode:Rehabilitation trainer robot gloves have automatic training function, after wearing gloves, you can achieve independent training, each time training hands for 20 minutes.The intensity of grades 1-9 can be adjusted to suit your specific situation to suit your finger and hand rehabilitation. Hand Rehabilitation Equipment: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. You can freely adjust the strength of flexion and extension according to the different muscle tension.