CO2 Resurfacing Laser
Learn about CO2 Laser
-
The Tetra CO2 laser is a state-of-the-art fractional CO2 laser device. This advanced technology offers a wide range of benefits for skin rejuvenation, resurfacing, and tightening, making it a powerful tool for achieving exceptional skin results. CO2 lasers are the gold standard in treating wrinkles, age spots, acne scars, and other blemishes as well as tighten skin and balance tone. Damaged skin tissue is removed, stimulating new collagen production and heat energy is delivered to tighten the skin.
The Tetra Pro CO2 laser system stands out for its exceptional versatility, allowing us to provide both deep skin resurfacing and light superficial resurfacing.
-
A CoolPeel laser treatment can only be done using the SmartXide Tetra CO2 laser. The Tetra Pro is the latest, most advanced CO2 laser from DEKA, a global leader in aesthetic technology. Only Tetra Pro can control its output to deliver high energy in extremely short-pulses to deliver impressive superficial, skin resurfacing results without the lingering heat that would traditionally damage the surrounding skin. The lack of unnecessary heat is why we call it cool and how you get an immediate aesthetic effect with minimal downtime.
-
The Tetra Pro is capable of providing both deep and superficial skin resurfacing. This adaptability ensures that each patient receives a customized treatment tailored to their specific needs and goals. If a deeper treatment is appropriate for you, we will explore this option during your consultation.
-
One of the main benefits of a CoolPeel is minimal downtime. You can expect a little redness, like a sunburn, for a day or two, but you can return to your normal activities without discomfort. Your skin may feel dry or scaly as it heals so it is important keep the skin hydrated and wear SPF.
-
Reduction of Fine Lines and Wrinkles
Improvement in Skin Texture and Tone
Scar Reduction
Treatment of Pigmentation Issues
Tightening and Lifting of the Skin
Reduction of Enlarged Pores
Improvement in Skin Elasticity