What is the principle behind Thermolysis electrolysis?

Thermolysis electrolysis operates on the principle of utilizing high-frequency current to generate heat within the hair follicle, leading to its destruction. This method employs a high-frequency oscillator that emits alternating current. As the current passes through the treatment area, it produces thermal energy, which effectively coagulates the proteins in the follicle, ultimately resulting in the destruction of the hair root.

The generation of heat is crucial in thermolysis because it allows for a quick treatment that can efficiently target the hair follicles. This process is different from others, such as galvanic electrolysis, which relies on direct current and chemical reactions to destroy hair follicles. By understanding the specific application of high-frequency currents in thermolysis, practitioners can achieve effective hair removal without involving chemical agents or mechanical methods, distinguishing it clearly from other techniques.