Non-ablative lasers generate heat below the skin to induce controlled injury in the dermis without injuring the skin's surface. Non-ablative lasers are less invasive than their ablative counterparts, downtime is significantly lower and the potential for side effects is greatly reduced.
Non-ablative laser treatments are ideal for individuals with light-to-dark complexions who are looking to diminish the appearance of fine lines and wrinkles, soften acne scarring, decrease redness, treat acne, shrink pores, and improve skin tone.
Non-ablative lasers work by delivering a precise wavelength of light to produce a controlle dinjury to the skin, which promotes cellular renewal. The energy that is emitted from the laser heats the lower layers of skin in a targeted, controlled manner. This heat-induced damage triggers a skin repair response and stimulates the production of collagen (a structural protein responsible for skin elasticity, integrity, and firmness). All of this occurs without damaging the surface of the skin.
Prior to your non-ablative laser facial treatment your skincare professional will prep the area to be treated by cleansing your skin. You will also be given protective goggles to cover your eyes. During the treatment, a non-ablative laser will gently pass across your skin. The sensation is often described as a tiny rubber band snapping on the skin or a "warm and tingly" sensation. This treatment can take anywhere from 20-45 minutes depending on the area(s) to be treated. Once finished, your skin will feel warm, similar to a mild sunburn, for up to 24 houors. Sometimes, cooling the skin with an ice pack or cool cloth is necessary. Redness will often resolve within a few days.
There is no downtime with non-ablative laser treatments. After treatment, it is important to treat your skin gently by washing with mild soap, moisturizing the skin, and applying a broad-spectrum sunscreen daily and diligently. Not only will this help protect the results of your treatment, but it can help prevent future isgns of skin aging.