Oxballs Bubbles Nipsuckers Silicone Black

Oxballs Bubbles Nipsuckers Silicone Black are a pair of soft, handmade nipple suckers designed to draw your nipples out, boosting sensitivity so every touch, tug and twist feels more intense. Their size and depth focus the pull on the tips, where most of the nerve endings sit, for sensation you will notice right away.

Each sucker is hand-poured from Oxballs' signature Liquid Platinum Silicone, giving it a rubbery, fleshy-soft feel rather than the hard edge of plastic. A wide, pliable rim forms a reliable seal against the skin, and the material will not crack or lose its original shape over time, so the suction stays consistent session after session.

Using the Oxballs Bubbles Nipsuckers Silicone Black is simple: squeeze out the air, place the rim over the nipple and release. For maximum suction, moisten the rim with water-based lubricant or a waxy lip balm first to improve the seal on smooth or hairy chests. Raised bubbles on the exterior give you a secure grip even with slick fingers, making application and removal easy.

Key Features

• Sold as a 2-pack
• Liquid Platinum Silicone construction with a soft, fleshy feel
• Wide rubbery rim for a strong, lasting seal
• Will not crack or lose its shape
• Designed to pull the most sensitive part of the nipple
• Raised bubble texture for easy grip, even with lube-covered fingers
• Hand-poured in small batches and finished in Los Angeles, California

Specifications

• Height: 1.5 Inches (39 mm)
• Width and Length: 1.15 Inches (30 mm)
• Outside Diameter: 1.15 Inches (30 mm)
• Outside Circumference: 3.5 Inches (89 mm)
• Inside Diameter: 0.65 Inches (17 mm)
• Inside Circumference: 1.6 Inches (41 mm)
• Inside Max Depth: 1.25 Inches (32 mm)
• Weight: 1 Ounce (0.02 kg) for the 2-pack
• Material: Liquid Platinum Silicone

Whether you are new to nipple play or expanding your collection, Oxballs Bubbles Nipsuckers Silicone Black deliver a dependable, body-hugging pull in a durable design built to last. Because each piece is handmade, slight size variations can occur.