Crushious Nautilus Intimate Training System White with Removable Vibrating Module

Crushious Nautilus Intimate Training System White with Removable Vibrating Module

Upgrade your personal wellness routine with the Crushious Nautilus Intimate Training System. Specially designed to support strength and endurance, this innovative device features a dual-chamber structure for versatile use. The ergonomic ring ensures a secure fit, while the ultra-soft TPE sleeve quickly adapts to body temperature for optimal comfort.

The Nautilus model includes a removable, rechargeable vibrating module with 10 steady speeds, allowing you to customize your experience. With its waterproof design, the Nautilus is suitable for use in the shower or bath, making it easy to integrate into your daily self-care regimen. The system is easy to clean, maintain, and store, ensuring long-term usability.

Key Features:
Dual-chamber construction for tailored support and versatility
Removable, rechargeable vibrating module with 10 speed levels
Ergonomic ring for a secure and comfortable fit
Ultra-soft TPE material that warms to body temperature
Waterproof for convenient use in the shower or bath
Easy to clean and maintain

Advantages:
Supports stamina and endurance training
Customizable vibration intensity for personalized routines
Quick warm-up for enhanced comfort
Rechargeable via USB for convenience
Discreet and secure fit thanks to the anatomical ring design

Product Specifications:
Brand: Crushious
Model: Nautilus
Color: White
Vibrating Module Material: ABS
Sleeve Material: TPE
Vibrating Module Dimensions: 8.6 cm (length) x 2.5 cm (diameter)
Sleeve Dimensions: 12.5 cm (length) x 8 cm (height)
Charging Time: 2 hours (USB)
Operating Time: Up to 60 minutes (low speed), 45 minutes (high speed)

Enhance your daily wellness with the Crushious Nautilus Intimate Training System—engineered for comfort, performance, and ease of use.

Note: For best performance, use water-based lubricants. Clean thoroughly after each use and store in a dry, cool place away from direct sunlight.