One of the best laser hair removal machines in the world: alexandrite laser, which combines two lasers for painless, permanent hair removal, suitable for all skin types.
The alexandrite laser is a dual-wavelength laser platform that combines the fastest and most powerful 755 nm alexandrite laser with the equally powerful 1064 nm Nd YAG laser. High-performance treatment capabilities in speed, efficacy, ease of use, performance, safety and patient satisfaction.
The alexandrite laser machine uses the working principle of selective photothermal action to selectively target hair follicles with intense light energy pulses for thermal destruction without damaging surrounding tissue.
This laser is particularly powerful and selective. Its beams capture and absorb melanin, the hair pigment. It converts into heat and destroys the hair follicles at the source.
The laser is extremely precise and does not damage the skin or surrounding tissue as it does not extend beyond the dermal layer. Its wavelength is non-carcinogenic, so treatment can be carried out under conditions of maximum safety.
Diode lasers typically operate in the 800 to 810 nanometer range, making them very effective at targeting melanin, making them suitable for hair removal and skin rejuvenation.
Alexandrite lasers have slightly shorter wavelengths, ranging from 755 to 765 nanometers. Therefore, these lasers are also effective at targeting melanin. Shorter wavelengths may limit penetration depth, making them more suitable for precise and superficial treatments.
Diode lasers are known for their versatility and can be used on a variety of skin types, including light to medium-dark complexions. Therefore, diode lasers can effectively remove various color hair types. However, achieving optimal results often requires multiple treatments.
The alexandrite laser is most effective on people with light to olive skin tones and is better at removing fine and light-colored hair.
Diode lasers can penetrate the skin more deeply, making them suitable for hair removal on all parts of the body. Additionally, these lasers allow for rapid treatment, allowing larger areas to be treated effectively.
The shallower penetration depth of alexandrite lasers makes them ideal for precise treatments compared to diode lasers. The laser’s high repetition rate also helps shorten treatment times.
