NOTE: Rubber and silicone toys can get damaged if not stored properly. Keep them separate from similar materials and avoid stacking to prevent melting, warping or sticking. Store in a cool, dry place, using pouches or bags for protection.
Elevate your intimate experiences with The Analist Cupcake Confetti Silicone Butt Plug from The Horny Company – where playful aesthetics meet intimate pleasure. Unveil a unique blend of delight and sensuality as you explore the whimsical cupcake confetti design. Let the plug light up your moments with its subtle glow, creating an enchanting atmosphere for an unforgettable experience. Welcome a touch of fun into your intimate repertoire with The Analist Cupcake Confetti Silicone Butt Plug by The Horny Company.
Key Features
Cupcake Confetti Design: Unique and whimsical, this butt plug features a playful cupcake confetti pattern, adding a touch of fun to your intimate moments.
Glow in the Dark Feature: Illuminate your playtime with the glow in the dark capability, creating an enchanting and visually stimulating experience.
Comfortable Medium Size: Perfect for both beginners and experienced users, the medium size strikes a harmonious balance between comfort and fulfilling sensations.
Body-safe Liquid Silicone Construction: Crafted from high-quality silicone, this plug ensures a smooth, body-safe, and easily cleanable experience.
Tapered Tip for Easy Insertion: The gently tapered tip facilitates easy and comfortable insertion, making it accessible for all levels of users.
Flared Base for Safety: The flared base ensures safe use, preventing the plug from going too far and offering peace of mind during play.
Box Includes
1 x The Horny Company - The Analist Cupcake Confetti Silicone Butt Plug Glow in the Dark Medium
Product Specifications
Material: Body-safe liquid silicone
Length: 11.03 cm,
The head diameter: 2.97cm
Weight: 60g
Cleaning and Maintenance Care
Wash with warm water and toy cleaner or mild soap after each use
Ensure that the toy is fully dry before storing.
Keep the toy away from extreme temperature or direct sunlight