Elizabeth is a minimalist work of art. As its name implies, Elizabeth is a graceful vape device characterised by simplicity, portability, usability and practicality—a standout at first sight. Its ergonomic design reduces the amount of resistance between the hand and the main body, thus optimising grip for the perfect fit in your hand. Elizabeth is born to be a friendly vaping companion.
As it is a starter kit, Elizabeth is designed with plug-and-play functionality. To activate the device, simply press the button on its side. A distinctive feature of Elizabeth is its portability, whether at a party or hiking in the countryside, the device can be easily brought along. Boasting a powerful internal 1500mAh capacity, Elizabeth offers stable output and ensures smooth vaping enjoyment that satisfies even the pickiest taste buds. The slanted tank design, while providing visual effect and easy handling, also prevents leaking.
One of the most user-friendly refillable pod mod vape systems, Elizabeth has a prominent button on its main body for easy operation. Press the button five times in succession to power it on or off, and a long press starts the vaping. As for refilling it, pull out the tank and the rubber mouth-piece to add e-liquid directly through the injection hole.
Elizabeth adopts a newly developed transverse coil that is different from previous layout structures. The vertical airflow system and transverse coil structurally eliminates the problem of overheating and leakage. Meanwhile, the airflow direction is S-shaped rather than linear shape, extending the airflow, so that the vapours can be fully collected to produce a larger cloud and denser flavour—a different vaping experience from other vape devices.
Finally, Elizabeth is more power efficient, more durable and has a faster response. The coil base uses insulated ceramic, making the coil's internal temperature rise faster and the atomisation more sufficient. The electrode resistance is much lower than that of aluminium alloy and iron alloy, so battery energy is transferred to heating wires without losses.
Shenzhen IVPS Technology Co., Ltd, China
Bo Wei, Chen Jiale, Chen Wen, Gao Xu, Ren Chao, Xiao Huaxiong, Yang Hongqing, Zhang Haoxuan