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The basic working principle is that one end of the piezoelectric material block (crystal structure) is connected with a thin wire, which forms a gap with the metal material at the outlet of the lighter, and the impact of the impact block is synchronized with the opening of the air source through the mechanical mechanism. When the impact block impacts the other end of the piezoelectric material block with a certain impact energy or force, the internal molecules of the piezoelectric material will vibrate strongly, and the vibration energy will be transmitted to the conductor. Because the ratio of the cross-sectional area of the conductor to the cross-sectional area of the piezoelectric material block is very different, the molecular vibration in the conductor has a great strengthening trend.

When the strong vibration of the molecules at the end of the wire hits the air molecules at the gap, the air molecules also produce strong vibration. The vibration track of air molecules is the electric spark (ARC) we see. These electric sparks (arcs) are actually the trajectory of air molecules when the conductor molecules vibrate strongly, and transfer energy to the metal materials at the lighter outlet, indicating that the air molecules at the gap vibrate strongly. According to the vibration theory, strong vibration means that the material temperature is very high. When this temperature exceeds the ignition point of liquefied gas in the lighter, the escaping gas will be ignited to form a flame, which is a molecular image of violently vibrating gas substances. This is the basic working principle of the lighter, which is the same as that of other electronic ignition devices.