The Principle and Experience of Automatic E-cigarette extraction

The principle of automatic e-cigarette extraction

Airflow sensing trigger: Electronic cigarettes control the output volume and working status of smoke through high-tech silicon chips and airflow sensors. When the user inhales, a high-speed airflow is formed in the sensor. The airflow sensor detects the inhalation from the user’s mouth and triggers the airflow sensor switch, causing the e-cigarette to enter the working state.

The atomization process: The e-liquid is delivered to the atomization chamber through a specific method (such as nickel foam transmission). Under the control of the intelligent chip, the current of the lithium battery drives the atomization chamber to work. The heating wire in the atomization chamber generates high temperature, atomizing the solution containing nicotine and essence into fine particles, forming an aerosol that simulates smoke. This method makes the smoke simulate the temperature of ordinary cigarette smoke (usually 50-60 degrees Celsius), giving users a feeling similar to smoking.

Intelligent control: The electronic cigarette is equipped with an intelligent control circuit and chip inside, which can achieve high-tech and humanized functions such as air flow sensing, smoke simulation, fog temperature control, and standby at any time. For instance, microcomputer intelligent chips can be designed with special liquid supply obstruction states to control smokers from smoking continuously beyond the programmed time, thereby reducing the frequency of use.

Experience of automatic e-cigarette extraction

Taste and smoke: The taste of self-aspirating e-cigarettes differs from that of traditional cigarettes. Generally, they have a smoother taste and there is no special flavor in the mouth. When taking a small puff, there is no obvious smoke and the smell is not as strong as that of a cigarette, reducing the impact on people around. Moreover, its smoke simulates the temperature of ordinary cigarette smoke, providing users with an experience closer to that of traditional smoking.

Convenience of use: The integrated design of the automatic e-cigarette reduces the burden of travel. Compared with carrying cigarette boxes, lighters and ashtrays with you, it is more convenient. Meanwhile, it doesn’t need to deliberately go to the smoking area when an addiction strikes, increasing the flexibility of its use.

Battery life and durability: Some e-cigarettes are equipped with large-capacity batteries, which can stably supply power to the atomizer and have strong battery life. For instance, the cartridges of some e-cigarettes have better durability and can meet users’ usage needs for a longer period of time.

Health and environmental impact: The smoke simulated by e-cigarettes does not contain harmful substances such as nitrogen dioxide, acrolein, carbon monoxide, lead, hydrogen cyanide, arsenic, and mercury. It is relatively harmless to the user themselves and eliminates the harm of “second-hand smoke” to the surrounding people, achieving a relatively safe and environmentally friendly smoking process. However, the impact of e-cigarettes on health remains controversial, and the long-term effects are still unclear, which may cause adverse effects on the respiratory system and other areas.