Mrvi Winning 30000 Puffs Disposable Vape with Touch Screen & Child Lock

Revolutionary Vaping Experience

Introducing the groundbreaking Mrvi Winning 30000 Puffs disposable electronic cigarette – the ultimate fusion of cutting-edge technology and user-centric design. This innovative device sets a new benchmark with its large touch screen display and intuitive controls, combined with crucial safety features like a childproof lock.

Specifications at a Glance

Advanced Features and Design

Engineered for convenience and innovation, power on/off is effortless by long-pressing the button. The vibrant full screen display provides clear status information. Easily cycle through the four powerful heating modes – including ECO and PRO MAX – with a single touch or button press for a highly personalized vape. Lock or unlock the device securely via touch or button press to prevent accidental activation. Precision airflow adjustment fine-tunes your draw, while easily activated energy-saving and marquee modes extend functionality.

Its robust 800mAh battery, rechargeable via USB-C fast charging, ensures consistent power delivery, supported by clear low-battery indicators. A dedicated e-juice level indicator prevents dry hits. The advanced dual mesh coil guarantees exceptional flavor clarity and dense vapor production across all modes, maximizing the massive 35ml e-liquid capacity.

Explore Our Premium Flavor Range

Indulge in a wide spectrum of satisfying tastes:

Sour Apple
Strawberry Ice
Juicy Peach
Grape Ice
Cherry Lemon
Pineapple Mango
Mixed Berries
Watermelon Ice
Blue Razz Ice
Blueberry Watermelon

Simple Operation Manual

1. Long press button to power on/off.
2. Touch screen/button once to change vaping mode (ECO/PRO/PLUS/MAX).
3. Touch/press three times to lock/unlock device.
4. Slide airflow switch to control air intake.
5. Activate Energy-saving/Marquee mode with five touches/presses.
6. Flashing indicators clearly signal low battery status.
7. Single e-juice light flash warns of low liquid.
8. “Power” indicator flashes during charging.