Indulge in the ultimate fantasy with the Main Squeeze ULTRASKYN Pussy Stroker – Anna Claire Clouds Vanilla, molded directly from the intimate anatomy of adult star Anna Claire Clouds. This ultra-realistic stroker features Doc Johnson’s ULTRASKYN™ dual-density material, crafted to feel just like the real thing—soft and supple on the outside, with a snug, textured inner tunnel that heightens every stroke.
Encased in a durable and discreet hard shell, the stroker offers a squeezable grip for pressure control and a twist-off suction cap to customize intensity. Whether you’re looking for stamina training or pure solo satisfaction, this Main Squeeze stroker delivers premium, lifelike pleasure anytime, anywhere.
Key Features:
-
Molded from Anna Claire Clouds’ anatomy for realistic detail
-
ULTRASKYN™ dual-density material mimics the feel of real skin
-
Adjustable suction cap for customizable pressure
-
Squeezable case allows manual tightness control
-
Discreet, travel-friendly hard-shell design
-
Textured inner tunnel for heightened stimulation
-
Body-safe, phthalate-free
-
Made in the USA
Specifications:
-
Material: ULTRASKYN (TPE), ABS plastic case
-
Color: Vanilla
-
Total Length: Approx. 7.5 in
-
Insertable Length: Approx. 6 in
-
Diameter: Approx. 3 in
-
Weight: Approx. 1.4 lbs
-
Phthalate-Free: Yes
-
Waterproof: Sleeve is removable and washable
-
Case Style: Discreet, hard shell with suction control cap
How to Use:
-
Remove the storage cap.
-
Apply a generous amount of water-based lubricant to yourself and the stroker sleeve.
-
Insert and stroke at your preferred speed and pressure.
-
Squeeze the case to adjust tightness.
-
Twist the end cap to increase or reduce suction during use.
Care Instructions:
-
After use, remove the ULTRASKYN sleeve from the case.
-
Wash the sleeve thoroughly with warm water and mild soap or toy cleaner.
-
Let it air dry completely before storing.
-
Dust with cornstarch or renewing powder to preserve the soft texture.
-
Store in its case with cap closed in a cool, dry place.
-
Use only water-based lubricants to prevent material damage.
