How do Retin A and AHA contribute to better results in microdermabrasion?

Retin A and alpha hydroxy acids (AHA) contribute to improved results in microdermabrasion primarily by helping to break down the stratum corneum, which is the outermost layer of the skin. By enhancing the exfoliation process, these substances facilitate the removal of dead skin cells, making microdermabrasion more effective. This, in turn, allows for better penetration of rejuvenating treatments and promotes healthier skin by encouraging cell turnover.

The combination of microdermabrasion with Retin A and AHA can lead to smoother, more even skin texture and can help diminish signs of aging, sun damage, and other skin imperfections. Their ability to chemically exfoliate the skin prepares it for the physical exfoliation that occurs during microdermabrasion, resulting in enhanced overall outcomes.

Other answers may suggest roles for these agents that do not accurately reflect their primary function in this context. For instance, while increased skin sensitivity can occur with the use of Retin A and AHA, it is not a beneficial effect when seeking enhanced results in microdermabrasion. Similarly, while moisturizing agents can be important for skin health, they do not specifically enhance the exfoliation effect that microdermabrasion seeks to achieve