How is the blend modality achieved in electrolysis?

The blend modality in electrolysis is achieved through the combination of high frequency and galvanic current. This dual approach allows for more effective hair removal by utilizing the benefits of both methods. Galvanic current produces a chemical reaction that helps to destroy the hair follicle, while high frequency generates heat that enhances the process by targeting the hair more efficiently and painlessly.

Using both modalities together synergizes their effects, creating a more comprehensive treatment that can be more effective on stubborn hair types or in areas that are difficult to treat with a single modality. This combination maximizes the efficacy of the electrolysis treatment, offering better results and potentially reducing the treatment time for clients.

On the other hand, relying exclusively on galvanic current or only on high frequency would not provide the advantages gained by their combination, as each method has its own limitations when used in isolation. Likewise, directly applying heat to the skin does not accurately represent the principles of electrolysis as this technique does not effectively target the hair follicles in the same way that the blend modality does.