Lost Mary OS5000 – Blue Razz Ice

The Lost Mary OS5000 – Blue Razz Ice is a remarkable vaping device that offers an exceptional experience for users seeking convenience and satisfaction. This prefilled E-Juice device comes with a generous 13ml capacity, ensuring an extended vaping session without the need for constant refills.

Equipped with a cutting-edge mesh coil, the Lost Mary OS5000 delivers a smooth and flavorful vaping experience. The mesh coil technology enhances the e-liquid’s flavor and provides a consistent vapor production, allowing users to enjoy their favorite Blue Razz Ice flavor to the fullest.

With a nicotine strength of 5%, this device provides a satisfying throat hit for those who crave a stronger nicotine experience. The 650mAh battery ensures a long-lasting vaping session, allowing users to enjoy their device throughout the day without worrying about frequent recharging.

Recharging the Lost Mary OS5000 is a breeze, thanks to its Type C port. Although the cord is not included, users can easily find a compatible Type C cable for effortless charging. This feature adds to the convenience and usability of the device.

One of the standout features of the Lost Mary OS5000 is its impressive puff count of 5000. This means that users can enjoy approximately 5000 puffs before needing to dispose of or replace the device. This high puff count makes it an excellent choice for individuals who prefer a long-lasting vaping device.

Furthermore, the Lost Mary OS5000 is designed to be compact and lightweight, making it highly portable and easy to carry around. Whether you’re on the go or simply looking for a discreet vaping experience, this device fits comfortably in your hand or pocket.

In conclusion, the Lost Mary OS5000 – Blue Razz Ice offers an exceptional vaping experience with its prefilled 13ml E-Juice, mesh coil, 5% nicotine strength, 650mAh battery, Type C rechargeability, 5000 puff count, and compact, lightweight design. It is a perfect choice for vapers looking for convenience, flavor, and longevity in a single device.