INTENSE DEEP TOUCH - KRISTA VAGINAL MASTURBATOR WITH SUCTION, VIBRATION, AND VOICE EFFECT 1.2 KG
INTENSE DEEP TOUCH - KRISTA VAGINAL MASTURBATOR WITH SUCTION, VIBRATION, AND VOICE EFFECT 1.2 KG
Immerse yourself in an intense pleasure experience with INTENSE, a hyperrealistic vaginal masturbator that provides intense, comprehensive, and technologically advanced stimulation. Its compact, anatomical design combined with vibration, suction, and sound functions offers a deeply realistic and stimulating experience.
This masturbator offers multiple powerful vibration modes and stimulating suction technology, creating rhythmic and deep sensations, adapting to different intensity levels and personal preferences. Its functions can be combined to explore sensations from gentle stimulation to intense and profound pleasure.
It also includes sound-activated moans in English that respond during use, adding realism and a more immersive experience. The sounds can be played through the integrated speaker or discreetly through headphones, allowing for a fully personalized experience. Its textured interior, with strategically placed ridges and narrow areas, increases friction and pleasure with every movement, while its water-repellent surface simplifies cleaning and maintenance after use.
FEATURES:
- High-quality TPE material with a realistic, skin-like touch
- Phthalate-free and body-safe
- Multiple powerful vibration modes
- Stimulating suction technology
- Integrated English moans
- Headphone-compatible for discrete use
- Highly stimulating, textured interior
- Water-repellent for easy cleaning
- Magnetic charging
INTENSE is a brand specializing in modern erotic toys, synonymous with stylish, innovative, and safe pleasure. Its products stand out for using high-quality, always phthalate-free materials that are also skin-friendly.
Deep Touch is designed for those seeking a more realistic and intense intimate experience. The company's specialty is masturbators made from next-generation materials, such as skin-like TPE, that faithfully reproduce softness, elasticity, and realistic tactile sensations.
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