IGET vapes operate on the same fundamental principle as most modern disposable e-cigarettes, but with specific engineering refinements that have contributed to their widespread popularity. Here’s a straightforward look at the mechanics inside an IGET device.
The Core Components and Process
A standard IGET disposable (like the popular IGET Bar or IGET Bar Plus) is a fully integrated, non-rechargeable system containing three key elements:
The Battery: A pre-charged lithium-ion battery is sealed inside the device. This is the power source.
The E-Liquid Reservoir: A compartment filled with nicotine salt e-liquid, flavourings, and propylene glycol (PG) / vegetable glycerin (VG). The liquid is often pre-soaked into a surrounding wicking material.
The Atomizer Coil: A small, resistent heating element (usually a mesh coil) is embedded within the wick. When power is applied, it vaporizes the e-liquid.
The Step-by-Step Operation
Activation: IGET devices are almost exclusively draw-activated. There is no button. When you inhale on the mouthpiece, an airflow sensor (a small switch or pressure diaphragm) detects the change in air pressure.
Circuit Completion: This sensor completes the electrical circuit between the battery and the atomizer coil.
Vaporization: Electrical current flows to the coil, causing it to heat up almost instantly. The heat vaporizes the e-liquid saturating the wick around it, creating an aerosol (vapour).
Delivery: You inhale this vapour, which carries the flavour and nicotine.
Shutdown: When you stop inhaling, the airflow sensor detects the pressure normalise, breaks the circuit, and the coil stops heating.
What Makes IGET’s Engineering Notable?
While the basic process is common, IGET’s focus on consistency and user experience is achieved through:
Optimised Airflow: The design of the air channels is calibrated to provide a smooth draw that suits both mouth-to-lung (MTL) vapers and those preferring a slightly airier pull.
Liquid & Coil Synergy: IGET formulates its e-liquids (nicotine salts) to work specifically with the resistance and design of its built-in coils. This aims to prevent dry hits (burning taste) before the liquid is fully depleted and ensures flavour consistency.
Sealed Design: The device is manufactured as a single, sealed unit. This minimises the risk of leaks—a common pain point with other devices—as there are no refill ports or removable parts to fail.
The Lifespan of the Device
The device works continuously from the first puff until one of two things happens:
The E-Liquid is Depleted: The wick runs dry. You’ll notice a gradual decrease in vapour production and flavour.
The Battery is Depleted: The pre-charged battery runs out of power. In a well-balanced device like IGET aims to produce, the battery and e-liquid capacity are designed to run out at roughly the same time, giving you the full advertised puff count.
Important Note: The IGET XXL, King, E-HOOKAH G1, and other large-capacity models follow the same principle but include a USB-C charging port because their larger e-liquid reservoir would outlast a single battery charge. These are often called “rechargeable disposables.”
In Summary:
An IGET vape is a simple, self-contained system. You inhale to activate a sensor, which powers a coil to vaporise the pre-filled, nicotine-salt e-liquid. Its popularity stems from the reliability of this process, the elimination of buttons or refills, and the consistent flavour delivery from the first puff to the last.
For a hands-on look at the entire range of how these devices perform, from the compact Bar to the powerful E-HOOKAH series, you can explore the full lineup at iGetBaroz.