Fractional CO2 laser skin resurfacing is among the most known non-surgical aesthetic procedures available today that could significantly enhance skin texture and tone and reduce common aging signs.
Ablative, traditional non-fractional lasers—the standard for treating fine lines, acne scars, and sun damage before—could provide wonderful results very fast; yet, procedures are often harsh on the skin, painful, and usually include higher hyperpigmentation risk.
Fractional CO2 offers a faster recovery, less discomfort, and gradual but long-lasting improvement. Because of the additional benefits, fractional lasers have overpowered non-fractional lasers in the cosmetic enhancement industry.
Fractional CO2 is made to facilitate the production of natural collagen in the skin of our neck, face, hands, and chest, resulting in continuous rejuvenation over a few months, which could last up to many years. Moreover, this laser treatment could be utilized alongside aesthetic facial surgery, like a neck lift or facelift, to attain the greatest results possible.
What is Fractional CO2 Resurfacing?
Fractional CO2 is a laser procedure that could improve skin color and texture and tightens and smoothens the skin. The new “fractional” laser makes very small “wounds” in our skin. Healthy untreated skin areas surround these treated regions.
This untreated skin helps ” speed up” our body’s natural healing process, leading to quicker recovery. The treated regions facilitate new collagen production. The new collagen makes the skin plumper and helps smooth or soften lines, wrinkles, scars, and other facial imperfections.
The fractional laser could be utilized for deep, mid, or light procedures. The laser could be adjusted to make the channels (treated skin) extremely close to each other and deep, or more superficial and apart. The fractional laser could be personalized to deal with various skin areas at various levels during a single procedure.
How Fractional CO2 Lasers Work
The protein that keeps the skin wrinkle-free and youthful-looking is collagen. Too much exposure to the pollution, sun, other elements, and the natural aging process would shatter the skin’s collagen, eventually leading to lines, fine lines, and other aging signs. The Fractional CO2 Laser would utilize light energy beams to create small holes in your skin. This will result in an energy burst in collagen synthesis, naturally filling in the stretch marks, wrinkles, scars, and fine lines.
Hasn’t Laser Treatment Been Around for a While?
Many people have heard tales regarding CO2 lasers for treating the skin, such as the long recovery time and problematic side effects that may need to recover from. For ages, conventional carbon-dioxide lasers have been an alternative for those with wrinkles around their mouths and eyes, on their foreheads, sunken acne scars, or failed facelift treatments.
The CO2 laser treats your issues by vaporizing cells on the skin surface. The standard CO2 laser needs a commitment from patients, as a recovery time of two weeks is usually necessary, while the face generates new skin to replace the vaporized cells. Even though it’s hard personally, the CO2 laser procedure is widely known as among the most effective methods of skin treatment you could have.
What Are the Benefits Of Fractional CO2 Lasers?
The Fractional CO2 Treatment uses the technology of CO2 lasers and incorporates a new application method, making it much easier for those taking it. Since this laser treatment only does little to no damage to the skin’s surface, there’s a much easier recovery, unlike with the normal CO2 laser procedure.
How Many Treatments Are Recommended?
A treatment’s complete results might take about half a year to mature, even though most individuals would see skin changes within a few days to a couple weeks. The body requires time to manufacture new collagen and to soften and tighten the skin. Numerous individuals are pleased with the results after just a single treatment. 2-3 treatments, with an interval of six months, are indicated for wrinkles, deeper lines, or scar treatment.