USB Rechargeable Electric Vibrating Massage Ball
Description:
Enjoy a customised massage experience with this Vibrating Massage Ball, designed to help you target smaller muscle areas with high-intensity vibration. Featuring multiple vibration modes and a compact, cordless design, it allows you to personalise your massage experience at home, at the gym, or while travelling. Its rounded shape makes it easy to roll in different directions, helping you reach a variety of areas with ease. Lightweight and portable, it's a convenient addition to your everyday fitness and relaxation routine.
Features:
High-Intensity Vibration – Provides a powerful vibration massage experience with multiple intensity settings.
Ideal for Smaller Areas – Compact design is suitable for targeting specific areas of the body during massage.
Multiple Massage Modes – Choose from a range of vibration settings to suit your personal preference.
Easy to Roll – Use in circular, side-to-side, or up-and-down motions for a versatile massage experience.
Compact & Portable – Lightweight design is easy to carry to the gym, office, while travelling, or outdoors.
Cordless Convenience – Rechargeable design allows for convenient use without restrictive cables.
Simple Operation – Press and hold the power button to switch the vibration on or off.
Versatile Use – Suitable for use before or after physical activity, or as part of your regular relaxation routine.
Specifications:
Color: Black, Blue
Weight: 510g
Material: ABS & TPR
Size: 9 x 9 cm
Power Supply: USB Rechargeable
Function: Electric Vibration Massage Ball
Package Inclusion:
1 x Vibrating Massage Ball
1 x USB Charging Cable
Product Notes:
Use only as directed in the user manual.
Intended for general massage and relaxation purposes only.
Stop using the device if discomfort occurs.
Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration