One of the most effective ways patients can maintain radiant, healthy looking skin is with a professional chemical peel. Chemical peels are a noninvasive treatment that helps refine and enhance your complexion in a way that at home products cannot replicate.
Depending on what concerns you would like to treat, chemical peels use an array of active ingredients to improve the skins tone and texture. Chemical peels can be used to achieve the following:
- Smooth away fine lines
- Refine enlarged pores
- Clear away acne blemishes
- Minimize discoloration
- Enhance overall radiance
Treatment is fast, comfortable and has minimal disruption to your daily routine. Chemical peels can immediately improve the skins overall health and vitality while addressing specific concerns, like acne and dark spots. A patient’s treatment regime can be customized based on their skincare needs, schedule, and budget. Many patients like to undergo regular monthly peels to maintain results. Chemicals peels can unveil your most beautiful refreshed, soft and radiant skin.
What Happens During Treatment?
During the procedure the practitioner will even apply a personalized peel over your cleansed skin. This proceeds to a certain level of exfoliation, after which the practitioner will neutralize the peel with a special ingredient. Then the practitioner applies a series of soothing, protective finishing serums in addition to sun protection.
Will My Skin Peel Afterward?
Everyone’s skin responds differently, and those with milder skin concerns experience milder side effects. Peeling of the skin does happen for some patients. However, it typically subsides within 3 to 4 days. It is advisable to avoid prescription retinol treatments and at home exfoliations prior to your appointment.
How Long Will My Results Last?
The benefits of a chemical peel can last for several weeks post treatment. The exact duration of the results depend on a few factors, such as the efficacy of your at home products. It is recommend to have a bi-weekly series of chemical peels for maximum improvement.
