The Phoenix CO₂ Laser System is a modern and versatile technology designed to effectively improve numerous skin concerns through advanced laser science. One of its most impressive capabilities is its proven success in reducing hyperpigmentation, including dark spots and uneven discoloration that can develop on the face, hands, and other areas of the body. The hands, in particular, are frequently treated due to their visibility and exposure to environmental stressors. Guests traveling from Marietta to our Alpharetta location receive a procedure that carefully applies infrared light to gently heat the skin’s surface. This light energy is absorbed by the moisture-rich outer layers before penetrating deeper tissue, where it stimulates the natural regeneration of collagen and elastin. As these essential proteins increase, the skin appears smoother, more balanced in tone, and visibly revitalized. Over time, improved elasticity and strength help maintain youthful-looking skin.
An advanced computerized pattern generator and intelligent scanning technology are used to evenly distribute heat across the epidermis during treatment. This ensures uniform results while reducing discomfort and minimizing the need for anesthetic support. The controlled delivery of energy also promotes faster healing and less post-treatment downtime. To further enhance comfort, a numbing cream is applied before the procedure begins, allowing clients to feel relaxed while the skin undergoes a carefully managed rejuvenation process.
PRICE
Face
$1250
Face+Neck
$1750
Face+Neck+Decolletage
$2250
Neck
$850
Decolletage
$850
Hands
$500
Purpose
This advanced laser technique is designed to improve various skin concerns such as sun exposure damage, age-related discoloration, uneven pigmentation, fine lines, and skin laxity. The procedure enhances skin texture and tone while delivering noticeable improvements without the use of surgery or invasive cosmetic treatments.
Treatment Length
Session length varies based on the treatment area and its specific needs. Typically, the procedure takes about 90 minutes to complete. Smaller areas can be treated in less time, while larger or more detailed regions may require a longer session for comprehensive results.
Post-Treatment Healing
Once the session is complete, the skin may appear red, feel sensitive, and develop a rough surface for several days. Mild swelling can occur but usually diminishes quickly. Applying cold compresses and using over-the-counter pain relief may help manage discomfort. As healing continues, the skin may darken or resemble a light sunburn before naturally shedding, revealing smoother, newly regenerated pink-toned skin. Complete recovery usually takes between 7 and 14 days.
How Is CO2 Laser Skin Resurfacing Different From Other Laser Treatments in Marietta?
If you live in Marietta and want an innovative way to improve skin tone and texture, CO₂ laser skin resurfacing at our Alpharetta office delivers exceptional results. This specialized treatment employs a carbon dioxide laser to carefully resurface the skin by removing thin layers of damaged tissue while activating collagen production beneath the skin. Unlike shallow laser treatments that address only surface concerns, this deeper-reaching approach produces more noticeable and longer-lasting skin renewal, resulting in a visibly smoother and refreshed complexion.
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Frequently Asked Questions
Is CO2 laser treatment suitable for acne scarring?
Yes, CO2 laser resurfacing is a proven method for minimizing acne scars and improving overall skin texture. The laser gently resurfaces the skin by removing damaged outer layers while encouraging collagen production beneath the skin. Over time, this collagen renewal helps soften scars and smooth uneven areas, leading to a more polished and even complexion.
What other conditions can CO2 laser treatment address?
CO2 laser resurfacing is not limited to acne scar treatment alone. It is also effective in improving a wide range of additional skin concerns and surface irregularities, including:
- Fine lines and wrinkles: Focused laser treatment encourages the production of collagen, helping to visibly smooth out wrinkles, particularly in expression-heavy areas.
- Sun damage: Treats discoloration and sun-related skin damage, brightening the overall complexion and improving tone uniformity.
- Hyperpigmentation and melasma: Corrects areas of darker pigmentation by balancing melanin distribution, leading to a more even and clearer skin appearance.
- Enlarged pores: Tightens the surface of the skin, reducing pore size and creating a smoother texture.
- Surgical scars and stretch marks: Encourages rebuilding of supportive tissue, reducing the prominence of scars and stretch marks.
- Loose or sagging skin: Improves elasticity and firmness by stimulating deeper collagen and tissue formation.
- Actinic keratosis and precancerous lesions: Gently removes irregular surface cells to promote healthier skin regeneration and refined texture.
What is the healing process like after carbon dioxide laser resurfacing?
While recovery varies, most patients from Marietta experience redness, slight swelling, and warmth similar to a mild sunburn during the first few days after treatment. As the skin heals, flaking or peeling may occur, gradually revealing smoother, pink, newly refreshed skin. In most situations, the skin fully heals and appears rejuvenated within 7 to 14 days.
Can CO2 laser treatment be combined with chemical peels?
Both treatments are effective for improving skin texture, but they function through different resurfacing mechanisms. It is typically recommended to allow complete healing from CO2 laser resurfacing before proceeding with a chemical peel. Your provider at Allure Aesthetic Center will develop a customized plan to support safe recovery and optimal aesthetic improvement.
Does CO2 laser skin resurfacing remove thin layers of skin?
Yes. CO2 laser technology carefully removes thin layers of compromised skin to stimulate regeneration beneath the surface. This method promotes healthier skin renewal while reducing the risk of irritation to surrounding tissue.
