Each laser vaporizes skin cells damaged at the surface level.
Dot co2 skin resurfacing.
The two types of lasers most commonly used in laser resurfacing are carbon dioxide co2 and erbium.
Co2 laser resurfacing treatments are used to get rid of scars warts and deep wrinkles.
It has quickly become a gold standard in the non invasive treatment of acne scarring and many common conditions caused by sun damage to the skin such as pigmentation fine lines and wrinkling.
Five to seven days after laser resurfacing your skin will become dry and peel.
The pattern can be adjusted to a wide or narrow pattern and we have independent control of both the laser strength and the pulse duration.
Dermal optical thermolysis more commonly known as dot therapy uses fractional co 2 laser skin resurfacing for micro ablative skin rejuvenation.
Laser skin resurfacing includes dot and co2 modern technology provides a variety of successful laser resurfacing treatments for improving the condition of the skin.
Depending on the problem that.
Erbium is used for finer lines and wrinkles along with other superficial skin concerns.
You may feel itching or stinging for 12 to 72 hours after the procedure.
Gentle treatment may be possible but consult with a doctor who s experienced in treating olive brown and deep skin to avoid complications like hyperpigmentation.
The difference in this co2 laser resurfacing is the dot dermal optical thermolysis pattern technique.
This fractionated co2 laser therapy uses the smartxide dot co2 laser which offers the ultimate in skin rejuvenation in just under an hour for most treatments.
Fractionated co2 laser is ideal for the treatment of sun damage brown spots fine lines wrinkles skin laxity texture and acne scars.
Co2 lasers like most resurfacing lasers can be risky for people with medium to deep skin tones because the light beam can target pigment and pigment producing cells.
Co2 laser resurfacing this method.
Co2 fractionated laser skin resurfacing dot therapy.
Traditional co2 lasers are ablative which means they remove the skin s surface layer.