Unwanted body hair is an aesthetic problem for both women and men. Excessive hair growth can be hereditary, hormonal or caused by various medications. Wax, razor, thread, tweezers and chemical hair removers used today to get rid of unwanted hair cannot provide a permanent solution.
The principle of laser epilation is to ensure that the color substance called melanin located in the hair follicle is captured by the laser light and converted into heat, and then to destroy the hair follicle with this heat energy.
The diode laser has a wavelength of 810 nm. This wavelength penetrates deeper into the skin than the Alexandrite laser. It is more effective in areas with deep hair as it penetrates deeper into the skin. Since the diode laser has a long wavelength, it can be easily applied even on dark skin.
Applying with this laser on dark-skinned people increases the possibility of side effects. The use of Alexandrite laser in areas such as the face and neck can cause an increase in thin hair. It is not recommended to use in these areas even if the skin type is light.
Alexandrite laser is well retained by melanin. For this reason, it can only be used on light skin types. This laser system gives very good results in people who are selected correctly. However, it can cause hair growth instead of hair loss in risky areas such as the face. Back, shoulder and arm areas are also areas where this laser is less effective.
It is a system developed for very dark skin types. It is quite painful and limits the area of use of this laser compared to the other two lasers. It is a laser that is rarely used in very carefully selected cases.
Diode, Alexandrite and Nd Yag lasers are laser systems used for epilation purposes. Each can be preferred in different cases, namely according to the person's skin color, hair type and the area to be applied. There is no such thing as the best laser system. The use of all of them according to their place is suitable for obtaining good results.
The principle of laser epilation is to ensure that the color substance called melanin located in the hair follicle is captured by the laser light and converted into heat, and then to destroy the hair follicle with this heat energy.
Laser Epilation Types
“Diode laser” is a laser treatment method that aims to reduce unwanted hair. Since the wavelength of the diode laser is longer than other laser methods, effective results are obtained even on dark skin, which vary depending on the treatment period.The diode laser has a wavelength of 810 nm. This wavelength penetrates deeper into the skin than the Alexandrite laser. It is more effective in areas with deep hair as it penetrates deeper into the skin. Since the diode laser has a long wavelength, it can be easily applied even on dark skin.
Alexandrite Laser Epilation
A practical and effective method, Alexandrite laser can only be used on light skin types due to its technical features. The immediate removal of the hair from the surface after the procedure increases satisfaction after the application.Applying with this laser on dark-skinned people increases the possibility of side effects. The use of Alexandrite laser in areas such as the face and neck can cause an increase in thin hair. It is not recommended to use in these areas even if the skin type is light.
Alexandrite laser is well retained by melanin. For this reason, it can only be used on light skin types. This laser system gives very good results in people who are selected correctly. However, it can cause hair growth instead of hair loss in risky areas such as the face. Back, shoulder and arm areas are also areas where this laser is less effective.
Nd Yag Laser Epilation
It is a system developed for very dark skin types. It is quite painful and limits the area of use of this laser compared to the other two lasers. It is a laser that is rarely used in very carefully selected cases.Diode, Alexandrite and Nd Yag lasers are laser systems used for epilation purposes. Each can be preferred in different cases, namely according to the person's skin color, hair type and the area to be applied. There is no such thing as the best laser system. The use of all of them according to their place is suitable for obtaining good results.
