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}   } 
Custom Chemical Peels
Custom Chemical Peels at SkinScience MD
At SkinScience MD by Dr. Cynthia Price, our Custom Chemical Peels are tailored to your skin’s unique needs to reveal a clearer, brighter, and more refined complexion. Chemical peels are a trusted dermatologic treatment that use specially formulated solutions to exfoliate the top layers of skin. This process encourages cell turnover, improves texture, and helps diminish the appearance of imperfections over time.
Unlike one-size-fits-all approaches, our custom chemical peels are selected based on your individual skin type, tone, and concerns. Whether you are dealing with acne, sun damage, fine lines, hyperpigmentation, or uneven texture, we have a peel formula suited to your goals. Options may include light peels for a gentle refresh or deeper peels for more advanced resurfacing and correction.
The Treatment
The treatment begins with a thorough consultation and skin analysis by our medical esthetician or clinical team. Based on your skin’s condition and sensitivity, we will choose a chemical peel solution containing ingredients such as glycolic acid, lactic acid, salicylic acid, trichloroacetic acid (TCA), or mandelic acid. The solution is then carefully applied to the skin and left in place for a controlled amount of time before being neutralized or removed.
Peeling intensity and downtime can vary depending on the type of peel used. Lighter peels may cause minimal flaking, while stronger peels can lead to several days of visible peeling as the skin renews itself. Regardless of depth, most patients notice visible improvements in smoothness, clarity, and tone after just one treatment, with more dramatic results following a series of sessions.
Custom Chemical Peels are suitable for many skin types and tones, and our team will ensure each treatment is safe, effective, and supportive of your skin’s long-term health. Proper post-care guidance is provided to protect your skin and enhance your results.
Uncover the healthier skin underneath. Schedule a consultation for a Custom Chemical Peel and start your journey toward smoother, more radiant skin.
Schedule Your Appointment Now.
SkinScience by Cynthia J. Price, M.D.
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