LETEN Black Hole Auto Heating Suction Telescopic Masturbation Cup

The LETEN Black Hole Masturbation Cup is the perfect toy for those looking for the ultimate pleasure experience. 

Experience exhilarating piston-driven power, delivering heightened pleasure with versatile speed adjustments, ranging from rapid to gradual. 

It engages in intelligent dual-screen interaction, enabling precise control over your combat speed, while displaying essential data, including time and velocity. 

Immerse in an intense sensation with a generous 40mm ultra-long stroke that sensually explores deep realms and tightly envelops the mushroom head. 

Revel in the luxurious texture of soft, tender, and elastic materials, intelligently enhanced by PRO model dual heating for comprehensive drying and warming.

Set up is easy since nothing extra is needed and the device itself is lightweight and easy to handle. Its compact design also ensures that it is easy to store after each session. Overall, the LETEN Raging Black Hole will provide any user with an unbeatable and exhilarating experience in pleasure.

Versions Specification:

Basic Version Features:

• Automatic Telescopic
• Automatic Suction
• CVT Control: continuously variable transmission
• International Auto Heating
• Motor: 330 RPM
• Intelligent Play Record
• Digital Display Screen

Pro Version Features:

• Automatic Telescopic
• Automatic Suction
• CVT Control: continuously variable transmission
• International Auto Heating
• Motor: 550 RPM
• Dual Heating
• Drying Base
• Intelligent Play Record
• Digital Display Screen

General Info:

• Material: ABS, TPE
• Product size: about 268 x 96 x 82mm
• Motor life: 120h
• Power supply mode: type-c USB charging
• Battery capacity: 750mah
• Charging voltage: 5V
• Discharge time (First Time Use): more than 45 minutes
• Rated voltage: 7.4V
• Rated current: ≤1500mA
• Charging time: 3h Maximum noise: ≤65db

Notification:

The external body of the product is wrapped in a black shell, with the transparent part in the illustration showing the internal structure of the device