Doxy Die Cast 3R Intimate Massager Tiger – Rechargeable, Variable Modes

Doxy Die Cast 3R Intimate Massager Tiger combines advanced cordless technology with the robust performance of the renowned Doxy range. Engineered for convenience and versatility, this rechargeable model offers the freedom to use anywhere, with powerful features designed for modern lifestyles. Crafted from premium die-cast aluminum and finished in a striking Tiger colorway, this model delivers sophistication and durability, making it an outstanding addition to your personal care collection.

• Rechargeable system: Enjoy up to 60 minutes of continuous operation at full power after only 90 minutes of charging. The integrated battery ensures you’re always ready, whether at home or on the move.
• Variable speed and pulse settings: Tailor your experience with fully adjustable intensity and rhythm to suit your preferences.
• Travel lock: Built-in security feature to prevent accidental activation during transport.
• Premium construction: Body crafted from high-quality die-cast aluminum and medical-grade silicone head for easy cleaning and long-lasting performance.
• Luxury storage tube: Includes a stylish aluminum tube for safe and discreet storage or travel.
• Wireless convenience: All the power of a plug-in massager, now cordless for complete freedom of movement.

Technical Specifications:

• Model: Doxy Die Cast 3R Tiger
• Color: Tiger (Distinctive pattern with orange and black accents)
• Material: Die-cast aluminum body, silicone head
• Power: Rechargeable battery (60 mins use, 90 mins charging)
• Modes: Variable speed and pulse functions
• Standby: Up to 6 months
• Travel lock: Yes
• Dimensions: Approx. 28 cm length, 4.5 cm head diameter
• Storage: Luxury aluminum tube included

Main Advantages:

• Freedom to use anywhere without power cables
• Quick charging and long battery life
• Robust, premium build with luxury finish
• Customizable settings for tailored use
• Secure storage and portability with travel lock and tube
• Easy-to-clean, hygienic materials