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- 【Strong Power】Our stroke hand recovery device are driven by smart gears, can withstand 240g gravity, have stronger traction, and the hand therapy gloves can automatically switch fingers for training, which provides us with a more effective recovery method.
- 【Compact and Portable】The highly integrated drive is directly integrated into the glove, and all functions are integrated without cumbersome peripheral connections. Training is more comfortable and movement is unrestricted. And this robotic hand glove for stroke rehab is very light, you can easily carry it with you wherever you go, making your training more free.
- 【Multiple Training Modes】There are 4 Training modes to choose from, which is the perfect solution for restoring hand strength, flexibility and grip. Patients can customize their training plans according to their personal needs and goals. The M key is the switch mode, the default is the finger-to-finger cycle, 3 green lights are on for the finger operation mode, 5 green lights are on for the finger grip mode, 1 green light is on for the single-finger cycle mode, and 2 lights are for the finger-to-finger cycle.
- 【9 Level Adjustable Strength】 9 level rehabilitation robot glove for stroke hemiplegia finger can enhance your rehabilitation journey. Our hand rehabilitation equipment is designed with full consideration of the user's comfort to ensure that you will not feel uncomfortable when wearing it for a long time.
- 【Finger Anti-slip Design】Ordinary stroke therapy equipment for adults are easy to fall off from the fingers during training, causing training interruptions, thus affecting the final rehabilitation effect. However, our upgraded version of the rehabilitation robot gloves uses a unique design to completely solve the problem of finger shedding, bringing you an excellent experience for your rehabilitation training.
Product description New upgraded portable rehabilitation training gloves help you do rehabilitation easily at home. Our rehabilitation robot gloves have stronger pulling force than ordinary rehabilitation gloves and can pull up 240 grams of gravity. The integrated design of the host and gloves makes our rehabilitation training freer and more convenient. Our hand exercisers for therapy have 9 levels of adjustable strength and 4 modes to switch. According to different training needs, you can set the training intensity and mode yourself. Button function description The S key is the single-finger mode, click once for the thumb, click again for the index finger, and cycle in sequence The M key is the switch mode, the default is the finger-to-finger cycle, 3 green lights are on for the finger operation mode, 5 green lights are on for the finger grip mode, 1 green light is on for the single-finger cycle mode, and 2 lights are for the finger-to-finger cycle The R key selects the frequency speed, click once to activate, the default is 3 red lights, click once to add one grid, indicating that our single action time is extended. The F key is to select the intensity, click once to activate, click once to add one red light, and the indicator light is fully lit to indicate the maximum intensity. 4 optional Training Modes Press the M key to switch, the default is Finger-to-Finger Cycle, 3 green lights are on for finger exercise mode, 5 green lights are on for five-finger grasping mode, 1 green light is on for single-finger cycle mode, and 2 green lights are on for default finger-to-finger cycle mode, which can be switched freely during training. Multi-function Control Button The button operation is easy and people of all ages can learn it quickly. Bent Gear Our hand therapy equipment operate through intelligent gears to achieve strong traction and strong stretch, greatly improving the rehabilitation effect Charging Port When the rechargeable robot hand glove are out of power, just plug the data cable into this charging port and connect it to a power source to charge. Notice Before wearing it, open each finger sleeve adjust it to the loosest state. Pay attention to fixing the finger sleeves at the middle position of the first joint near the fingertips.
