Fractional photothermolysis

Fractional photothermolysis
 For those people who are contraindicated for surgery or for those who do not wish to expose your body to a certain risk, there is an alternative way to solve some cosmetic problems - fractional photothermolysis.

This method of laser irradiation on cell structure and accelerating cell metabolism and allows to achieve results similar to the effect of plastic surgery. Laser mini-rays actively penetrate into the deeper layers of the skin, stimulate collagen than cause tissue repair in a natural way.

Fractional photothermolysis is used to solve these cosmetic problems:

- Getting rid of wrinkles of varying severity and duration of appearances;
- Removal of scar tissue formed as a result of operations after an illness, tissue damage after acne;
- Change the color pigmented skin areas;
- The problem of sagging skin and overhanging both eyelids;
- Comprehensive skin rejuvenation at the cellular and structural level.

During the procedure, the patient does not experience negative emotions because of the pain - all the sensations are reduced to a slight tingle. After the session photothermolysis can see a small tissue swelling and redness of the skin will be a little pinch - all these feelings do not last more than two or three days. If at this time to apply moisturizing formulations, the skin gradually becomes smooth and silky after the course of treatment (4 usually sufficient procedures to solve minor cosmetic defects).

Photothermolysis attractive almost complete absence of rehabilitation period - the next day can be painted, to wash, to use the usual cosmetics. The only condition - you must protect your skin from the sun's rays. The effect of the procedure is visible almost immediately, but it persists for a long time and does not require emergency correction. Laser effect is soft and gentle, so it is successfully used to eliminate defects on sensitive areas of the face and body, as well as for the treatment of "difficult" areas (crow's feet).

Tags: face method, the effect of rejuvenation, photothermolysis