beau coeur Velina Dual Motor Silicone Rabbit Vibrator 20cm Pink

beau coeur Velina Dual Motor Silicone Rabbit Vibrator 20cm Pink
Experience advanced technology and ergonomic design with the beau coeur Velina Rabbit model—an innovative dual-motor intimate device engineered for simultaneous external and internal stimulation. Crafted from premium, body-safe silicone in an elegant pink shade, the Velina model features a flexible, optimally curved structure to adapt to the body's natural contours, ensuring comfort and precision during use.
Equipped with two independently controlled, whisper-quiet motors, the Velina offers 10 selectable vibration modes per motor, allowing for a tailored and versatile stimulation experience. Each motor can be activated individually or combined, offering a wide range of programmable settings to suit your needs. Its gentle stimulating surface textures are designed to enhance contact with the skin, while the lightweight, ergonomic construction ensures ease of handling.
The Velina Rabbit model is fully rechargeable and includes a convenient USB charging cable for quick and eco-friendly power-ups. The seamless, waterproof design means easy cleaning and reliable performance every time.

Dual-motor system for customizable internal and external stimulation
10 vibration modes per motor, independently controllable
Soft, silky-smooth silicone material with gentle stimulation textures
Flexible, anatomical shape for optimal fit and comfort
Rechargeable design with included USB cable
Waterproof for easy cleaning
Low-noise operation for discretion

Product Features:

Material: Medical-grade Silicone, ABS
Total length: 20 cm
Insertable length: 10.5 cm
Maximum diameter: 4 cm
Weight: 193 g
Colour: Pink
Power: Rechargeable (USB cable included)

Advantages:

Dual-motor design for versatile functionality
Wide range of vibration modes for personalization
Ergonomic and flexible for enhanced comfort
Discreet, low-noise operation
Convenient USB charging
High-quality, skin-friendly materials
Easy to clean and maintain