Radiocautery Technology in Mole Treatment: Effective and Sensitive Approaches
Mole treatment is usually performed using radiocautery devices. This technology provides an effective treatment by converting radio waves into heat energy on skin lesions known as moles or nevi. This heat energy targets the structure of the mole, causing it to disappear over time. Radiocautery devices produce high-frequency radio waves, allowing these waves to concentrate on the mole and apply effective heat.
During the treatment, the mole or nevus is exposed to high temperatures by radio waves. This high temperature disrupts the cellular structure of the mole and leads to the disappearance of the mole or a significant reduction in its appearance after treatment. The procedure is usually carried out quickly and is virtually painless as it is performed under local anaesthesia.
Radiocautery technology offers a minimally invasive approach and minimises scarring. However, before starting treatment, it must be ensured that the mole is benign. Therefore, a thorough evaluation by a dermatologist or skin specialist is required. It should be noted that malignant moles should not be treated with radiocautery; therefore, such treatment should not be started without a definitive diagnosis of the nature of the mole.