Skin Resurfacing
Fractional Skin Resurfacing for Multiple Skin Conditions - and Minimal Downtime
Many dermatological and cosmetic skin conditions can be improved with fractional laser skin resurfacing. Only Palomar® gives you a fractional skin resurfacing system to treat all these conditions quickly and cost-effectively.
Fractional laser skin resurfacing with Palomar maximizes client aesthetic outcomes while minimizing procedure risk and reducing downtime. It's the smart approach to skin resurfacing that uses microbeams to create areas of treated tissue surrounded by untreated tissue, which provides faster healing and reduced side effects.
We invented and patented micro-fractional laser technology. Our technology is the perfect choice for the treatment of wrinkles, acne and surgical scars, melasma, striae, unwanted textural irregularities, crow's feet, blotchy skin and more, on virtually any trouble spot on the body - face, neck, chest, arms, legs.
Invest in a skin resurfacing laser platform with Palomar and get unlimited revenue potential with the following techniques:
Fractional Non-Ablative Skin Resurfacing: A simple treatment approach that promotes skin coagulation without requiring costly preparation and cleanup, yet delivers excellent aesthetic results with minimal redness or swelling.
Fractional Ablative Skin Resurfacing: Deep skin resurfacing that lets you control ablation depths for single-procedure outcomes that get people back to their regular activity in as little as two days. The results rival those of fractional CO2 laser treatment, with fewer complications, less pain and faster recovery.
Combination Fractional Ablative & Fractional Non-Ablative Skin Resurfacing: Palomar has received the first FDA clearance for skin resurfacing procedures using a combination of ablative and non-ablative fractional lasers. Palomar's combination treatments offer a same-day approach to allow the tailoring of depth, coagulation, and ablation to an individual's needs - helping to maximize treatment outcomes while minimizing downtime.