Addicted Toys Massager Plug Black - Vibrating Silicone, 8x14 cm

Addicted Toys Massager Plug Black – Vibrating Silicone, 8x14 cm

Discover the perfect balance of innovation and comfort with the Addicted Toys Massager Plug in elegant black. Designed for those who appreciate advanced engineering and quality materials, this model features a streamlined silhouette crafted from premium medical-grade silicone. Its ultra-smooth, skin-friendly finish ensures both flexibility and hygiene, making it an excellent choice for those new to intimate wellness devices.

The plug is equipped with a powerful, integrated vibration system, operated by a user-friendly control. The targeted bead at the head is anatomically positioned for focused stimulation, while the contoured shaft and ergonomic base provide stability and comfort during use.

Fully waterproof, the Addicted Toys Massager Plug is ready for versatile applications and easy cleaning. The safe, hypoallergenic silicone surface is easy to maintain, supporting long-term durability. The plug operates with a single AAA battery (not included), ensuring convenient power management.

Product Features:Model: Addicted Toys Massager Plug Black
Material: Medical-grade silicone, ultra-soft and skin-friendly
Color: Black
Integrated, powerful vibration motor
Waterproof construction
Flexible and ergonomic design
Bead at the head for focused stimulation
Easy-to-clean surface
Operates on 1 AAA battery (not included)

Product Dimensions & Parameters:Total length: 14 cm
Maximum diameter: 8 cm
Waterproof
Safe and hygienic material
Requires 1 x AAA battery (not included)

Advantages:Crafted from high-quality, body-safe silicone
Powerful vibration system for tailored operation
Flexible form adapts to anatomical contours
Waterproof and easy to maintain
Discreet and elegant design
Ideal for beginners and advanced users alike

Maintenance Tips: For long-lasting performance, clean the device with a dedicated toy cleaner before and after each use. Use only compatible water-based lubricants to preserve the surface integrity.