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CO2 LASER

The CO2 was the first type of laser designed to resurface skin, but its popularity has only grown as new iterations improve on its core technology and results.

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A carbon dioxide laser (CO2 laser) resurfaces skin with targeted beams of light. As the first type of laser designed for skin resurfacing, it’s been a popular choice since the 1980s for the rejuvenation of aging and damaged skin. 

So how does a CO2 laser work? Electricity runs through a gas-filled tube to produce a specific wavelength of light. The light is emitted in short, concentrated beams, which target water molecules and vaporize skin cells. The laser removes surface cells of the epidermis, making way for fresh, clear new skin.

At the same time, it penetrates the skin's deeper dermis layer to stimulate new collagen production, which firms and smooths skin over time.

CO2 laser treatments can address fine lines and wrinkles; discoloration (including sun damage and age spots); acne scars; stretch marks; and uneven skin texture on the face, neck, and chest. 

It can also treat benign skin growths like warts, birthmarks, and seborrheic keratosis, as well as some skin cancers.

The skin condition rhinophyma, which increases skin thickness on the nose, also responds well to CO2 laser treatment. 

CO2 laser resurfacing procedures, like the popular UltraPulse, can treat the full face or work as a spot treatment for isolated concerns like wrinkles or scars.  

The downside of the CO2 laser? "It's an aggressive laser and should be used cautiously in all skin types," says Dr. Jason Emer, a dermatologic surgeon in West Hollywood, California. 

Dr. A. David Rahimi, a board-certified dermatologist in Los Angeles, underscores this point. He says that an inexperienced provider who performs this treatment at inappropriately high settings can leave patients with post-inflammatory hyperpigmentation (a side effect seen in about 5% of patients, Dr. Rahimi notes), keloids, or permanent hypopigmentation.

Because of these risks, fully ablative CO2 laser treatments aren’t recommended for patients with Fizpatrick skin types IV-VI. However, Dr. Rahimi says fractional CO2 laser resurfacing can be safely performed on people with olive and brown skin tones, provided their skin is prepped in advance with a specialized protocol like Retin-A, hydroquinone, and glycolic acid. 

Interested in a CO2 laser treatment?

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