Rehability Robot Gloves, Finger and Hand Function Rehabilitation Trainer with Hot Compress Function, Hemiplegia Stroke Arthritis Finger Exerciser, Adjustable Strength/Speed.(Left+Right,Small)

Features:Easy to carry, pneumatic does not harm handsSimple HD LED large screenBiomimetic structurel psum, multiple modesPush-button operation, autonomous trainingAutomatic training is easy to useEquipped with intelligent chips, one click start stopMirror mode, moving the affected hand with the healthy handPlug use, small and portable exercise is not limitedSpecificetions:Product name: Rehability Robot GlovesProduct size: L110×W70×H43mmRated voltage: AC100-240VOutput: DC5VProduct function: Assist hand exerciseRecommended use: 2-3 times a day, 20 minutes each timePacking list:Recovery gloves X1Mirror gloves X1Host X1Charger X1Instruction Manual X1Note:1.The color of the product will vary according to the shooting environment2.Size is manually measured, Slight deviation, please forgive me3.If there is any problem that affects the use, Please contact us, We will provide you 100% service❤ I am very happy that you can visit my shop, I wish you a one-stop shopping, happy shopping!

• ✔ Friendly interface- Equipped with a simple HD LED large screen, these gloves provide clear visibility of settings and progress, making it effortless for users to monitor their rehabilitation journey.
• ✔ Custom Time- Our custom set times make it easy to schedule your hand rehabilitation exercise. Our stroke hand therapy equipment designed ensuring you can wear them for extended periods of time without discomfort.
• ✔ Therapeutic design- The rehability robot gloves are specifically engineered to assist in hand recovery, promoting flexibility, while alleviating discomfort associated with various conditions.
• ✔ Adjustable strength speed- Finger exerciser customize your therapy sessions easily with adjustable strength and speed controls, allowing you to progress at your own pace for optimal results.
• ✔ Biomimetic technology- The Rehability Robot Gloves utilize a biomimetic structure, offering multiple modes, effectively aiding in recovery from hemiplegia, stroke, and arthritis.