Dark skin runs the risk of blistering from laser lights. Thus, darkly colored people run the danger of being burned by laser hair removal procedures. It can also result to dyschromia. If you like this article on laser hair removal visit hair removal Maribyrnong for more education.

Proper settings for lasers must be done for a satisfactory hair removal treatment. Those who don’t make the Fitzpatrick Classifications of Type I to Type III skin classifications should really reconsider getting laser treatments. Cold gels and other agents that generate cooling sensations are also used to save skin from heat injuries.

There are varied ways to do this. Some are semi liquid coolants that are smeared all over the patient’s skin, albeit it doesn’t help much in preventing the discomfort. Refrigerating sprays make a better job at preventing overheating skin from lasers. Cooling plates are also a good option.

Indeed, a practitioner must be careful with the calibration of the laser equipment especially in treating dark skinned patients. There is too much of a good thing in hair removal. It’s especially bad in patients who are of African or African American descent. This is due to the melanin that attracts the laser energies unto itself. To read other laser hair removal articles make sure to visit laser hair removal.

A practitioner should not pause a laser pulse for less than 3 milliseconds to avoid ineffective heating. In the case of South African patients, it can be quite harmful for them to be under the laser pulse for longer periods of time. Visible light lasers cannot be used on them too. Because Ruby laser has visible lights, people who are Fitzpatrick type III to VI cannot employ this in their treatment.

Ruby and Alexandrite lasers are only safe to use in fair skinned patients. Although if the energy of Alexandrite laser is reduced, and the skin is chilled enough to withstand heat absorption, it can be applied to class III and up type of skin. IPLs are friendlier to use on dark skin phenotypes.

There are always studies and experiments to advance technologies in laser dermatology. At least a couple of lasers have been developed for patients with less than fair coloring. Lasing mediums that create electromagnetic waves of 1064 nm, works for patients of all skin types. Although it needs to be a lot more intense to be effective, it does not cause thermal build up on the epidermis. With advancements in technology, those who were previously contraindicated in undergoing laser treatments can now enjoy hair free smooth skin.

Striking the right combination of lasers and coolants are important for dark skinned people. It all boils down to the conclusion that all lasers should have a compatible cooling system. Dermatologists must be willing to upgrade their equipment for the patient’s sake.

 

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