Can chemical peels remove acne marks?
May 29, 2022
Source: Cainiu Health
Dr. Wang Xiaoyan
Introduction
Glycolic acid peels are highly effective for treating red acne marks or hyperpigmented (dark) acne marks; however, they yield limited results for atrophic (depressed) acne scars or hypertrophic (raised) nodules. Glycolic acid peels do not produce visible results after a single session—treatment frequency and protocol must be tailored to the individual’s skin type and condition. Consequently, the specific glycolic acid acne treatment plan varies from person to person.
In recent years, a novel skincare approach—alpha hydroxy acid (AHA) chemical peeling—has gained popularity. Many people naturally wonder: Can AHA peeling effectively remove acne marks? The details are as follows:
AHA peeling is highly effective for reducing red post-acne marks and hyperpigmented (dark) acne marks. However, it yields limited results for atrophic (depressed) acne scars or hypertrophic (raised) nodules.
Visible results from AHA peeling are not achieved after just one session; the treatment plan must be tailored to an individual’s skin type and condition. Consequently, the specific AHA-based acne treatment regimen varies from person to person. Typically, a full course consists of 4–6 sessions, each lasting approximately 30 minutes, with treatments spaced about every 2–3 weeks. The peeling solution is customized by adjusting the AHA concentration to suit the individual’s needs. Your aesthetician will determine the optimal protocol. Generally, a complete course comprises five sessions, with intervals of 7–10 days between treatments. Concurrently, home-care products should be used under medical supervision. If a second course is required, it should be initiated approximately two months after completion of the first.
The concentration of AHA determines its depth and intensity of action on the skin. For instance, low-concentration AHAs can improve fine facial lines, soften deeper wrinkles, penetrate sebaceous glands for deep skin cleansing, suppress sebum production, promote epidermal cell renewal, and accelerate skin metabolism—thereby helping to treat acne.
