Discover the sophistication of the ZALO Queen PulseWave G-Spot System, an advanced intimate machine crafted for those who value elegance and modern technology. This model stands out with its luxurious design, featuring exquisite gold accents and a genuine Swarovski crystal, making it both a functional device and a refined accessory.
- Inspired by the grace of Cleopatra, the ergonomic silhouette delivers a sense of prestige and style with every use.
- Equipped with PulseWave technology, the system offers precise, rhythmic movements, specifically engineered to interact with anatomical curves for optimal efficiency.
- The thoughtfully contoured tip is designed at an optimal angle, making targeted use simple and effective.
- Manufactured from premium, body-safe silicone for a smooth, skin-friendly touch and effortless cleaning.
- USB-rechargeable battery ensures maximum convenience and environmentally conscious performance.
- Discreet operation thanks to a whisper-quiet motor and seamless interface.
This device is an excellent choice for individuals seeking an innovative, high-quality solution with exceptional attention to detail, combining both aesthetics and advanced features.
Product Features:
- Brand: ZALO
- Model: Queen PulseWave G-Spot System
- Material: Medical-grade silicone with gold accents and Swarovski crystal detail
- Technology: PulseWave – advanced rhythmic motion system
- Power: USB rechargeable lithium battery
- Noise Level: Whisper-quiet operation
- Interface: Intuitive button control
- Water Resistance: Yes
Advantages:
- Premium design with luxury finishes
- Innovative, anatomically contoured shape
- Targeted operation for precise use
- Easy to clean and maintain
- Portable and discreet
Dimensions and Parameters:
- Total length: approx. 210 mm
- Insertable length: approx. 120 mm
- Diameter: approx. 38 mm
- Weight: approx. 180 g
- Charging time: approx. 2 hours
- Operating time: up to 4 hours (depending on settings)
Choose the ZALO Queen PulseWave G-Spot System for a blend of modern innovation, luxury materials, and ergonomic engineering.