-4,1.png?w=2000&h=500){kind=logo}
TENGA Spinner DX 01 DROPS Tumbling Ball Masturbator
TENGA Spinner DX 01 DROPS masturbator is an advanced version of the classic Spinner series, with an inner wall thickened to 140% of the original, featuring an automatic rotating structure and a surface covered with delicate spherical particles. As you push in and pull out, the cup rotates in sync, providing multi-directional wrapping and realistic suction, specifically designed for male masturbation enthusiasts seeking higher density stimulation.
Product Features
-
Automatic Rotating Technology : The spiral structure is activated with thrusting, providing continuous suction and rotation.
-
Spherical Particles × Spiral Texture : Multiple angle impacts for a rich layering experience.
-
Thickened Jelly Inner Wall : Enhanced wrapping sensation, soft to the touch yet firm.
-
140% Gel Volume Upgrade : Thicker than the standard version, better suited for advanced stimulation needs.
-
Exclusive Storage Case : Two-in-one drying and storage, maintaining hygiene.
-
50-100 Uses : Easy to clean, economical, and durable.
Product Specifications
-
Brand/Series : TENGA Spinner DX
-
Model : 01 DROPS
-
Size : Length 135 mm × Diameter 45 mm (unstretched)
-
Entrance Diameter : Approximately 12 mm (highly elastic and expandable)
-
Material : TPE jelly, PP outer shell
-
Weight : Approximately 195 g (including storage case)
-
Packaging : Includes a trial TENGA Lotion Regular lubricant 6 ml
-
Origin : Designed in Japan
Usage Tips
-
Lubrication : For first-time use, pour the included lubricant into the channel for the best experience.
-
Cleaning : Rinse with warm water after use; avoid water over 50 °C and strong acidic or alkaline cleaners.
-
Drying : Invert on the exclusive case to air dry, store only after completely dry.
-
Lubricant Refill : Recommended TENGA Lotion series (Regular/Mild/Direct) to match different preferences for slipperiness.
-
Durability : Depending on personal strength, can be reused approximately 50-100 times; replace if elasticity decreases.
