Product specification Vibrator beau coeur Cherry Mini Vibrato compact personal massager, 8.7 cm total, 6.5 cm insertion, Ø 1.9 cm, 10 vibration modes, battery-powered (AAA)
Description
The beau cœur Cherry Mini Vibrato is a compact personal vibrator in a pink leo design, created for discreet travel and everyday intimate use. With a smooth ABS surface and a small, stylish shape it fits easily in a bag or on a bedside table and is ready for spontaneous moments. A single AAA battery is included for immediate use.
Advantages
This mini vibrator offers 10 distinct vibration modes that deliver intense sensations despite its compact size. It is simple to operate with one button, has a hygienic smooth surface that is easy to clean, and its lightweight construction makes it highly portable. The discreet design and included battery enable instant use without additional preparation.
Suitable for
- Discreet travel and on-the-go use
- Solo stimulation
- Couple play and spontaneous intimate moments
- Beginners seeking a small, easy-to-use vibrator
Key specifications
- Brand: beau cœur
- Model / MPN: 54064120000
- EAN: 4024144660742
- Material: ABS
- Power source: 1 × AAA battery (included)
- Total length: 8.7 cm
- Insertion length: 6.5 cm
- Diameter: 1.9 cm
- Weight: 18 g
- Vibration modes: 10
How to use
Insert the supplied AAA battery according to the polarity markings, then press the single control button to turn the device on and cycle through the 10 vibration modes. Place the vibrator against the desired external erogenous zones or use gently for internal stimulation within the indicated insertion length. After use, switch the device off and remove the battery if the product will not be used for an extended period.
Usage recommendations
Clean the smooth ABS surface before and after each use with a mild, toy-safe cleaner or warm water and a gentle soap. Use water-based lubricants if additional glide is desired. Store the vibrator in a cool, dry place away from direct sunlight and separate from other silicone products to avoid material interaction.
