Triple-wavelength laser hair removal is one of the modern hair removal methods in which multiple laser wavelengths are used together to provide a more comprehensive treatment for different skin and hair types. It is generally performed by combining the Alexandrite, Diode, and Nd wavelengths in the same system. This technology may help target hair follicles at different depths.
In triple-wavelength laser hair removal systems, different wavelengths can be used according to the different characteristics of hair follicles and skin structure. Systems that can operate with Alexandrite 755 nm, Diode 810 nm, and Nd 1064 nm wavelengths may allow treatment to be performed on different skin types with appropriate parameters.
Using three different wavelengths may help target hair follicles at different depths. For this reason, personalized treatments can be planned for fine or coarse, superficial or deeper hair follicles. It is important to determine appropriate energy levels by taking into account the treatment area, skin tone, hair color, and density.
Before the procedure, the person's skin and hair structure are evaluated. Based on this, the wavelengths and laser parameters to be used are determined. The applicator head is moved in a controlled manner over the skin, and laser pulses are delivered. The number of sessions and treatment intervals may vary depending on personal characteristics and the treatment area.
After laser hair removal, temporary redness, sensitivity, or slight swelling around the hair follicles may be observed. For triple-wavelength laser hair removal to be applied safely, it is important to determine the device and settings suitable for the skin type and for the procedure to be carried out by trained and experienced specialists.
