A resurfacing facial is any treatment that removes or breaks down the outer layers of skin to trigger your body’s natural healing response, revealing fresher, smoother skin underneath. These treatments range from gentle chemical peels you might get during a lunch break to intensive laser procedures that require days or weeks of recovery. The common thread is controlled damage: by removing old, damaged skin cells, resurfacing forces your body to produce new ones and ramp up collagen production in the deeper layers of skin.
How Resurfacing Works on Your Skin
Your skin has two main layers. The outer layer (epidermis) is what you see and touch. Beneath it sits the dermis, which contains collagen and elastin, the proteins responsible for firmness and elasticity. Resurfacing treatments target one or both of these layers, depending on how aggressive the treatment is.
When the outer layer is stripped away or punctured, your body interprets it as a wound and kicks into repair mode. New skin cells migrate to the surface, replacing the damaged ones. At the same time, controlled heat or chemical penetration in the deeper layer stimulates collagen remodeling, a process where old, disorganized collagen fibers are replaced with new, tightly structured ones. This is why resurfacing doesn’t just improve surface texture. Over weeks and months, the treated skin becomes firmer and more elastic as fresh collagen continues to build.
Laser Resurfacing
Laser resurfacing uses focused beams of light energy to either vaporize or heat skin tissue. There are two broad categories, and the distinction matters because it determines your results and your downtime.
Ablative Lasers
Ablative lasers physically destroy the outer layer of skin while simultaneously heating the dermis beneath it. As the wound heals and skin regrows, the treated area comes back smoother and tighter. The two most common types are carbon dioxide (CO2) lasers and erbium lasers. These deliver the most dramatic results but come with the longest recovery. Your skin may look red and inflamed for several months after an ablative treatment, and the healing process involves crusting, peeling, and significant sensitivity.
Non-Ablative Lasers
Non-ablative lasers skip the destruction of the outer layer and instead deliver heat directly into the dermis to stimulate collagen growth. Because the skin’s surface stays intact, recovery time is much shorter. The tradeoff is subtlety: results are real but less pronounced, and you’ll typically need multiple sessions to see meaningful changes. Side effects are milder and less common compared to ablative approaches.
Fractional lasers, a newer variation available in both ablative and non-ablative forms, treat only a fraction of the skin at a time, leaving tiny columns of untouched tissue between treated zones. This speeds healing considerably and reduces the risk of complications like scarring, while still delivering noticeable improvement.
Chemical Peels
Chemical peels use acid solutions to dissolve the bonds holding dead and damaged skin cells together. The depth of penetration depends on the type and concentration of acid used, and peels are classified into three levels.
Superficial peels target only the epidermis. Common agents include glycolic acid (an alpha hydroxy acid that works well for uneven skin tone, especially melasma), salicylic acid (a beta hydroxy acid that penetrates pores and clears clogged skin, making it a strong choice for acne), and low concentrations of trichloroacetic acid (TCA) at 10 to 35%. These peels improve mild texture issues, acne, and surface-level pigmentation. Recovery is minimal, usually just a few days of light flaking.
Medium-depth peels penetrate into the upper dermis. They’re typically done as a two-step process: a superficial agent is applied first, followed by TCA at 35%. These treat fine wrinkles, acne scars, sun spots, and more significant pigmentation problems. Expect a week or more of visible peeling and redness.
Deep peels reach even further into the dermis and produce the most significant results for deep wrinkles and severe scarring, but they require the longest recovery and carry the highest risk of complications.
What Resurfacing Treats
People seek resurfacing facials for a wide range of skin concerns. The most common include fine lines and wrinkles, acne scars, uneven skin tone and dark spots, rough texture, sun damage, and enlarged pores. The right type of resurfacing depends on what you’re trying to fix. Acne scars, for instance, often respond well to fractional CO2 laser or medium-depth chemical peels. Mild dullness and clogged pores can be addressed with a superficial peel. Post-inflammatory hyperpigmentation (the dark marks left behind after a breakout) has the strongest evidence of improvement with salicylic acid peels in the 20 to 30% range.
Important Considerations for Darker Skin Tones
If you have medium to dark skin, resurfacing requires extra caution. Melanin in the outer layer of skin absorbs more laser energy, which increases the risk of burns and pigmentation changes. People with darker complexions face a higher chance of developing patches that are either darker or lighter than surrounding skin after treatment.
This doesn’t mean resurfacing is off the table. Providers can reduce risk by using lower energy settings, longer pulse durations, and lower treatment density during laser procedures. Skin-lightening creams applied before and after treatment have been shown to reduce the chance of post-treatment darkening. Cooling the skin during treatment also helps protect against pigment changes. The key is working with a provider experienced in treating your skin tone, since the approach needs to be specifically calibrated.
Recovery and What to Expect
Recovery varies enormously depending on the type and intensity of your treatment. A superficial chemical peel might leave you slightly pink for a day, while ablative laser resurfacing can mean weeks of visible healing.
After more aggressive treatments, you can expect redness, swelling, crusting, and peeling in the first week. Minor breakouts and tiny white bumps (milia) are common side effects that typically resolve on their own. The most serious risk during recovery is infection, which usually shows up several days after treatment as a localized area that isn’t healing at the expected pace. Fungal infections can be subtle, presenting as persistent redness and itching rather than obvious signs of a problem.
With modern fractional lasers, the prolonged months-long redness that was common with older-generation CO2 lasers is now uncommon. Temporary darkening of the skin, once a frequent issue for medium and darker skin tones after CO2 treatment, is also less likely with fractional technology when reasonable treatment settings are used.
Professional Treatments vs. At-Home Products
At-home resurfacing products, including over-the-counter peels, retinol serums, and handheld devices, use much lower concentrations of active ingredients than what a dermatologist or esthetician would apply. A glycolic acid peel you buy at a drugstore might contain 10% acid, while a professional superficial peel uses concentrations up to 35%, and medium-depth protocols go even higher.
This difference in strength is intentional. Professional treatments are tailored to your specific skin type and concerns, using potent formulas that could cause burns or scarring without proper training. At-home products are designed to be safe for unsupervised use, which means they work more gradually and produce subtler results. They’re a reasonable option for maintenance between professional treatments or for addressing mild texture and tone issues, but they can’t replicate the collagen remodeling and deep resurfacing that in-office procedures deliver.