b-Vibe P-Spot Vibing Intimate Massager, 3 Speeds, 7 Patterns, Black

Discover advanced personal wellness with the b-Vibe P-Spot Vibing Intimate Massager. This expertly engineered device is designed to provide targeted stimulation with its anatomically contoured shape, ensuring an ergonomic fit for enhanced comfort and effectiveness. Crafted from high-quality, body-safe silicone, the massager offers a smooth, velvety surface that is gentle on the skin and easy to clean.
The b-Vibe P-Spot Vibing features a powerful internal motor with 3 adjustable vibration speeds and 7 unique vibration patterns, allowing you to customize your experience to your preferences. The intuitive controls make it simple to switch between modes, while the compact, discreet design ensures ease of use and storage. Whether used with or without vibration, the massager is designed for hands-free operation, utilizing natural muscle contractions for optimal performance.
This model is USB rechargeable, providing up to 1.5 hours of continuous operation on a single charge. The waterproof construction allows for convenient cleaning and versatile use. Ideal for those seeking a reliable and innovative addition to their personal care routine, the b-Vibe P-Spot Vibing Intimate Massager combines technology, comfort, and style in one sophisticated package.
Product Features:Brand: b-Vibe
Model: P-Spot Vibing
EAN: 4890808297827
Material: Body-safe silicone
Color: Black
3 vibration speeds
7 vibration patterns
Contoured, ergonomic design
USB rechargeable (charging cable included)
Waterproof
Easy-to-clean surface
Hands-free operation
Advantages:Customizable vibration settings for tailored use
High-quality, skin-friendly materials
Discreet and ergonomic design for comfort and ease
Rechargeable and waterproof for convenience
Suitable for solo or partnered routines
Dimensions and Specifications:Total length: approx. 13.5 cm
Insertable length: approx. 10 cm
Maximum diameter: approx. 3.2 cm
Weight: approx. 120 g
Charging time: approx. 2 hours
Usage time: up to 1.5 hours