The blend method for hair removal performs its dual action through which technique?

The blend method for hair removal utilizes a combination of high frequency and galvanic current to achieve effective hair removal. This dual action is essential as it combines the benefits of both techniques to target hair follicles more efficiently.

High frequency current works by generating heat and can damage the hair follicle as well as surrounding tissue, which enhances the effectiveness of the hair removal process. On the other hand, galvanic current generates a chemical reaction (sodium hydroxide) within the hair follicle, which permanently disables it. By employing both methods simultaneously, the blend technique maximizes efficacy while minimizing discomfort, providing a comprehensive solution for long-term hair removal.

This combination is particularly advantageous because while high frequency helps to reduce treatment time and increase the intensity of the procedure, the galvanic current ensures that the follicle is treated effectively and thoroughly. The collaboration of these two methods is pivotal in offering a successful approach to electrolysis.