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Healthy and young skin is not only relegated to those under the age of 25 years. It's up to you to take action by rejuvenating your skin cells and fighting the natural aging process. Anti-aging skin rejuvenation treatments continue to be refined and improved upon and allow you the opportunity to slow the aging process with laser skin tightening treatments, stimulating new cell growth and addressing unsightly scars from acne.
By altering pigment discolorations and softening facial wrinkles with nonsurgical facelift procedures, a woman of 35 plus years can also have that healthy youthful glow of a 25-year-old. Most people think that the only way to deal with acne scar tissue and face wrinkles is through invasive, expensive, and painful operations.
Thanks to progress in skin rejuvenation Charlotte laser technology, you can also take advantage of the various options available to give your skin that young and healthy light without the need to make potentially dangerous procedures and spend too much money.
In order to fight those hideous sun-damaged skin discolorations in the skin, a typical IPL photo facial may not be sufficient enough or even cause additional damage to darker skin pigments. A pulsed dye laser uses yellow light frequencies to lighten age spots and sun spots. Often crystal microdermabrasion treatments are a subsequent treatment used to peel away the now dead surface skin to expose the healthier skins cells under it.
For the treatment of forehead wrinkles, frown lines between eyebrows and laugh lines, these wrinkles respond well to micro injections of Botox cosmetics. Some practitioners prefer to use radio frequencies to heat the skin tissue and boost collagen production to address the finer wrinkles around the eyes.
There is a procedure called photo facials that use intense pulse light to treat broken capillaries and boost collagen production in the areas of loose skin. This procedure signals the skin to repair itself with the use of increased heat energy in the form of short polychromatic pulses of high intensity light.