Mala Toys Hailey Silicone Model - Dual Motor Rechargeable, Pink

Discover Advanced Technology with the Mala Toys Hailey Silicone ModelExperience the next level of modern design and innovation with the Mala Toys Hailey Silicone Model – a premium intimate device engineered for those who appreciate sophisticated solutions. This advanced model is equipped with dual ultra-powerful motors offering 10 customizable vibration modes, ensuring versatility and precision in every use. Crafted from 100% medical-grade silicone and durable ABS plastic, the Hailey model combines safety, comfort, and longevity.
The USB rechargeable system, featuring Mala Toys' exclusive extended use technology, allows for long-lasting performance and convenient charging wherever you are. The intuitive control panel makes operation easy, while the ergonomic, anatomically inspired shape ensures an optimal experience every time.
Dual vibration system with two high-performance motors
10 unique functions for tailored operation
Manufactured from premium, body-safe materials (medical-grade silicone and ABS)
Extended use rechargeable technology for uninterrupted sessions
USB charging – cable included for ultimate convenience
Sleek, modern design with a smooth surface and ergonomic profile
Easy-to-use interface with intuitive control buttons
Color: Pink
Product Features: Brand: Mala Toys
Model: Hailey
Material: 100% medical-grade silicone, ABS plastic
Vibration functions: 10
Motors: Dual ultra-powerful
Power supply: USB rechargeable
Exclusive extended use rechargeable technology
Color: Pink
Advantages: Innovative dual motor system for versatile operation
High-quality, body-safe construction
Rechargeable design eliminates the need for batteries
Ergonomic shape for natural, comfortable use
Easy cleaning and maintenance
Technical Specifications: EAN: 5060311470690
Material: Medical-grade silicone, ABS plastic
Charging: USB cable included
Color: Pink
Motors: 2
Functions: 10
Choose the Mala Toys Hailey Silicone Model for a combination of advanced technology, user-focused design, and reliable performance.