Pretty Love Dejon Aqua Green Multi-Function Silicone System 3-in-1
Discover the innovative Pretty Love Dejon, a technologically advanced personal wellness device designed for versatile and ergonomic use. Crafted with high-grade ABS and velvety-soft silicone, this 3-in-1 aqua green model features dual precision motors and a unique set of rotating beads, offering a wide range of customizable settings to suit your preferences.
With 7 distinct vibration functions, 4 thrusting levels, and 4 rotation modes, this model delivers a tailored experience every time. The integrated bead system utilizes three intensity settings for targeted massage. The intuitive control interface includes a special one-touch Burst Mode for immediate boost when desired. The product is equipped with a magnetic USB charging system for convenience, ensuring reliable and efficient power delivery.
Pretty Love Dejon stands out with its ergonomic structure, ensuring comfort and optimal functionality. The high-quality craftsmanship is backed by a 1-year manufacturer's warranty on technical faults, demonstrating the brand's commitment to reliability and user satisfaction.
- Main Features:
- Ergonomic 3-in-1 design for versatile use
- Dual motor system for targeted performance
- 7 vibration programs for personalized settings
- 4 thrusting and 4 rotation functions
- Integrated massage beads with three intensity levels
- One-touch Burst Mode for added intensity
- Magnetic USB charging for ease of use
- Advantages:
- Manufactured from body-safe ABS and silicone
- Easy-to-use, intuitive controls
- Water-resistant design for greater flexibility
- Elegant aqua green color for a fresh, modern look
- 1-year manufacturer's warranty for peace of mind
- Technical Specifications:
- Material: ABS, silicone
- Color: Aqua Green
- Charging: Magnetic USB
- Product dimensions (packaging): 290 x 105 x 65 mm
- Brand: Pretty Love
Upgrade your personal wellness routine with the Pretty Love Dejon Multi-Function Silicone System – engineered for comfort, reliability, and advanced functionality.