What is the maximum intensity of current typically used in thermolysis?

In thermolysis, which is a method used in electrolysis for hair removal, the frequency range plays a crucial role in determining how the current interacts with the hair follicles. The correct answer indicates that the maximum intensity of current used typically falls between 5 to 12 MHz. This frequency range is effective for generating sufficient heat to disrupt the hair follicle without causing damage to the surrounding tissues.

The thermolysis technique relies on high-frequency alternating currents that effectively produce thermal energy, which leads to the coagulation of the cells in the hair follicle. Frequencies within this range allow for efficient energy transfer, making the destruction of the hair effectively without resulting in pain or excessive tissue damage.

Understanding this frequency range is important for practitioners to ensure the effectiveness of the treatment while maintaining client safety and comfort. Frequencies above or below this optimal range may not achieve the desired effect, either by being too ineffective or too aggressive, which could lead to complications.