Many people wonder what is the principle behind hair removal with electricity. The answer to this question requires the presentation of several factors and elements. However, in this article we have chosen to limit ourselves to the essential: The phenomenon of high frequency. Continue Reading…
A pregnant woman should generally not undergo electrolysis treatments during the first three months of pregnancy. Why? In order to keep sources of stress to a minimum during this higher-risk period. Continue Reading…
There is no problem to plan some electrolysis sessions during the summer if you respect some basic rules. The important thing to remember is not to expose the treated area to the sun for a minimum of 24 hours before and 48 hours after treatment. Continue Reading…
Do you remember Applisonix Selectif Pro, this miraculous ultrasound tweezer which was intended to replace electrolysis on the permanent hair removal market? The manufacturer of Applisonix claimed that the tweezer could radiate ultrasound waves and that this energy could then be led to the base of the follicle, by the hair, where heat was created. Continue Reading…
From the very start in 1869, electrolysis has know a great evolution. It has evolved from pure electrolysis, to thermolysis, to a combination of the two currents (Blend) and finally to the use of ultrarapid and comfortable currents using the 27 MHz frequency. Continue Reading…
Combined currents (Blend) – Combined currents allow you to work with both galvanic and high-frequency currents simultaneously. The success of the technique is based on the right dosage of the two currents. While the galvanic current is used to generate lye in the hair follicle, the high-frequency current is added to enhance the destructive power of the lye by warming it. Continue Reading…
High-frequency current (thermolysis) – With the arrival of powerful computerized epilators, high-frequency current or thermolysis is nowadays extremely effective. Today’s technology enables us to work with very short treatment times, in thousandths of a second. Continue Reading…
