Diode laser hair removal is one of the laser hair removal methods used to help reduce unwanted hair over the long term. Diode laser, which typically operates at a wavelength of 810 nm, targets the hair follicle and aims to reduce hair growth over time. Its ability to be applied with parameters suitable for different skin and hair types has made diode laser one of the commonly preferred hair removal methods.
Diode laser works on the principle that the laser energy is absorbed by the melanin in the hair follicle. The heat generated helps reduce the hair follicle's growth capacity. Since hair is in different growth phases, multiple sessions are usually planned for effective and near-permanent results.
Diode laser hair removal can be used especially to achieve effective results on dark and thick hair. The method, which can be applied to different areas of the body, may also be considered for different skin types with the right device and parameter selection. The number of sessions may vary depending on the person's skin and hair structure, the application area, and hair density.
Before the procedure, suitable laser settings are determined by evaluating the skin type, hair color, and density. Then, controlled laser pulses are delivered while the device's application head is moved over the skin. Cooling technology found in many diode laser systems helps protect the skin surface during the procedure and increase application comfort.
After the procedure, temporary redness, mild swelling, or sensitivity may occur in the treated area. For diode laser hair removal to be applied safely and effectively, it is important to determine parameters appropriate for the skin type and to have the procedure carried out by experienced specialists.
