Hismith 7.46" Dual-Density Silicone Dildo, 5.5" Insertable Realistic Penis with KlicLok System, Hands-Free Play Soft Sex Toy - Beginner Series

Hismith is a comprehensive company specializing in the design, production, and sales of sex toys, mainly focusing on high-end sex machines. We aim to help our customers pursue ultimate pleasure in their private lives. Our business philosophy is symbiosis and win-win with other brandsIt has 5.5 inches of insertable length, and a 0.94-inch mini width is excellent for beginners. It has prominent veins and two conspicuous heads. The removable KlicLok System allows you to use it as a sturdy suction-cup base dildoEssential Info: Material: liquid silicone Allergens: Phthalate-Free Features: with prominent heads,slight curved Waterproof: Submersible Firmness: 0 and 20 degrees (by Shore A Hardness Scale )How we measure it? The Main shaft Insert-able length: 4.9 inches The Small shaft Insert-able length: 5.5 inches Width near the top of the main shaft: 1.38 inches Width near the middle of the main shaft: 1.48 Inches Width near the top of the small shaft: 0.935 Inches Width near the middle of the small shaft: 0.935 InchesHow it Feels: Flexibility: FlexiblePacking Listing: 1 x 7.46 inches Dual Dildo utilizes the KlicLok system, S Size 1 X User Manual

• Two-Shaft Dildo For Both Anal And Vaginal Pleasure: The small branch is slightly curved for easy insertion into your backdoor; the correct size is for beginner and regular user
• Well-Designed Penis: This dildo designed with a slightly textured surface and two conspicuous heads; the prominent veins penis gives you the authentic feeling
• Designed And Manufactured By Hismith: Compatible with all premium sex machines that utilize the KlicLok System. Add it on and get DP thrusting pleasure
• Healthy Material: Made out of premium silicone, Phthalate-Free, non-porous material, and easy to clean
• Dual Density: To have a better hardness insertion for the small branch, we use more individual hardness, and the main branch still uses the latest dual-density process