Laser hair removal has become increasingly popular, with semiconductor and alexandrite lasers being the two most common types. Although they have the same goal, they differ in several ways. This article will explore the differences between the two and help you decide which one is best for you.
Processing Principles:
Diode lasers use a wavelength of 808nm/755nm/1064nm to remove hair by targeting the melanin in hair follicles and generating heat that destroys them. Alexandrite lasers use a wavelength of 755 nm to target a wider range of melanin, making the procedure more effective on darker skin tones.
Treatment Cycle:
Hair growth goes through different cycles, with the most active phase being anagen. diode laser and alexandrite laser hair removal procedures are most effective during this stage. Diode lasers require six sessions with four-week intervals, while alexandrite lasers require six to eight sessions with six to eight-week intervals.
Treatment Results:
Hair and skin tone play important roles in determining the results of laser hair removal. Diode lasers are good for fair skin tones, while alexandrite lasers are better for darker skin tones. Alexandrite lasers have a more targeted and wider reach, resulting in less hyperpigmentation and smoother skin after treatment. Meanwhile, the semiconductor laser will only produce slight pigmentation on the skin.
Choosing the Best Product:
Choosing the best laser hair removal product requires consideration of your skin and hair type. If your skin tone is fair to medium, diode laser hair removal is more suitable. If you have a darker complexion, an alexandrite laser is a better option. However, scheduling a consultation with a qualified laser hair removal specialist can help ensure you make an informed decision.
In summary, both diode laser and alexandrite laser hair removal have unique advantages and disadvantages. Knowing the difference between the two can help you determine the most effective option for your skin and hair type, resulting in a satisfying hair removal procedure.
Post time: Apr-25-2023