Oxballs Lankyz Silicone Nipsuckers Black

LANKYZ deep-suck silicone nipsuckers pull long and deep OXBALLSLANKYZ silicone nipsuckers suck the part you want sucked the most, your nip-nub…the tip…that part that has all the shivery throbby nerves. LANKYZ sucks that part most and has room to suck so deep.The suck-hole is about the size of a dime, so it fits over your nip but not the surrounding skin, with a flat rim gives the best seal and longest sucking plus it has massive depth: almost three inches!LANKYZ for short play enhance the nip-sensations or for nip-gainers seeking max length…the inner tunnel flares wider as it gets deeper for more airspace around the nip: more suction, more pressure, more pull. (a straight tube wont suck as good) These are made of the best liquid silicone, it is the best stuff…and the suckers have a glossy lush look and feel. Outer rimmer-rings along the length add to the suction but keep the walls thinner, with grippy nubblets at the tip for a bit of grip.But the colors–we made these bold and bright: the BLACK is dark and saturated, ORANGE is signature OXBALLS, the PINK deep fluorescent, YELLOW is hardcore hazard cool…and CLEAR silicone is translucent, very sexy–you can see the throbbing nip as it grows and sucks in deeper.LANKYZ are the deepest suck nipsuckers we make, and they grow the nip where you want–these work hard.LANKYZ nipsucker are the best deep-suckers–here's why:Made of glossy lush feel siliconeDesigned to suck the part of the nip you want sucked mostQuick nip-play or for long-term length gainersAll the coolest colors–our silicone is the richest, deepestLANKYZ silicone nipsucker STATS:Width: 1.25"/32 mmLength: 2.75"/71 mmDepth: 2.7"/68 mmOutside diameter max: 1.25"/32 mmOutside diameter min: 1"/25 mmOutside circumference max: 4.25"/108 mmOutside circumference min: 3.5"/89 mmInside circumference: 2"/51 mmWeight: 3 oz/86 gPackaging length: 5.25"/133 mmPackaging width: 4.5"/114 mmPackaging depth: 1.5"/38 mmPackaging weight: 4 oz/114 g**measurements are as accurate as possible; slight size variations can occur.