Exfoliation is one of the best regular practices that you can engage in to keep your complexion bright, youthful, and healthy. This is the purposeful removal of dead, dry skin cells that are known to give the complexion a dull and damaged appearance. You can exfoliate your skin at home with a facial brush, a body pouf, exfoliating scrubs, and many other topical products and tools. If you want to minimize the appearance of superficial blemishes, scars, and wrinkles, however, microdermabrasion is the treatment for you. This relatively short and entirely non-invasive procedure is designed to take exfoliation to the next level. Following is everything that Oklahoma City residents should know about microdermabrasion and the many benefits it provides.
How Microdermabrasion is Performed
Like exfoliation, microdermabrasion is designed to cause moderate amounts of controlled damage at the very surface layers of the skin. During these procedures, micro-fine crystals are blown across the surface of the skin via a small, hand-held device. These crystals abrade the topmost layers of the dermis away, and these are instantly suctioned up along with all other, resulting debris.
Protecting Your Skin After Your Procedure
In the days that follow your microdermabrasion procedure, you’ll need to take special care to protect your skin from the ravages of the sun. Once the damaged layers of your skin have been removed, the layers that lie directly beneath them will be more vulnerable to developments like sunburn. As such, you will need to follow special instructions in order to protect your skin.
The Benefits of Microdermabrasion
By receiving microdermabrasion treatments, Oklahoma City residents can minimize the appearance of multiple cosmetic issues including enlarged pores, fine lines, wrinkles, sun spots, melasma, dark spots, acne, and acne scars. As damaged layers of skin are gently lifted away during these treatments, the body will invariably expedite its natural healing processes. This will result in the faster generation of healthy skin cells, as well as a significant increase in the production of collagen, elastin, and other skin-supporting substances.