JMKMK 10 Modes Wrist Massager 29 Levels Cordless Rechargeable Hand Massage Protector Breathable Fabric Vibration Massage EMS Microcurrent Massager Office Use

Output frequency: 1 - 200Hz Selling method:1pc Wrist MassagerMaterial: ABS Output power: 2W Operating mode: 9 modes, 19 gears, 3 heat compress options Name: Wrist Massager Output voltage: AC 120V, Output current: 12uA Size: 3910cm (15.353.94 inch) Input power: 1 - 4W Battery capacity: 700mAh Accessories: Wrist support belt, main unit, manual, USB charging cable Input voltage: DC 5V Color: Purple, Gray Description: 1.PRECISE EMS MICROCURRENT TECHNOLOGY: Built-in gentle microcurrent vibration massage structure; equipped with ten massage modes adjustable intensity levels to meet different comfort needs, you can freely switch settings to enjoy customized muscle soothing experience for hands and wrists 2. FULLY CORDLESS USB RECHARGEABLE DESIGN: Comes with a built-in rechargeable battery and universal USB charging port for easy power supply; wireless design gets rid of wired limitations, lightweight enough to carry for use at home, office and travel anytime 3. ADJUSTABLE WRIST SUPPORT BRACE: Designed with flexible hook and loop fastener strap to fit most wrist sizes tightly without slipping during use; the integrated wrap structure provides steady auxiliary support while massaging for daily wearing comfort 4. SKIN-FRIENDLY COMFORTABLE MATERIAL: The skin contact surface adopts soft breathable fabric, which stays comfortable for long time wearing without irritation; stable internal components ensure quiet running for smooth daily massage performance 5. WIDE DAILY USAGE SCENARIOS: Perfect for soothing stiff hand and wrist muscles after long hours of typing, gaming and housework; compact and exquisite appearance also works as a practical thoughtful gift for office workers, family and friends Tip:Please fully charge the massager before first use; start operation from low intensity mode to adapt to the microcurrent feeling, do not apply the device on wounded or damaged skin surface.