Reasons to introduce SmartXEL to your clinic or salon.
CO₂ fractional laser skin resurfacing is an advanced aesthetic treatment that continues to gain popularity across the industry. For clinic and salon owners, adding SmartXEL to your treatment portfolio can be a smart investment that enhances your service offering and attracts a wider client base.
Using state-of-the-art CO₂ technology, SmartXEL delivers powerful, full-skin resurfacing results that are both safe and highly effective, while requiring minimal downtime. This makes it an ideal option for clients with busy lifestyles or limited recovery time, as it offers visible results with a faster healing process.
What is SmartXEL CO₂ laser skin resurfacing and how does it work?
SmartXEL CO2 fractional Laser delivers the Laser energy to the target tissue using a particular double part pulse called SmartPulse. In the first step, a high power ablative pulse with short duration leads to micrometer destruction of the tissue which delivers Laser energy into the optimum depth of the tissue.
In the second step, a low power pulse with long duration delivers the required thermal energy into the depth of the tissue and leads to new vascularisation and collagen remodelling by stimulating the fibroblasts of the tissue.
A Patients’ CO2 Journey…
Why CO2 treatments are becoming more popular
Traditional non-fractional skin resurfacing has long been considered a go-to solution for treating fine lines and wrinkles. However, extended recovery periods and a higher risk of complications have made this approach less appealing for many clients. Fractional CO₂ laser resurfacing, such as SmartXEL, offers a more advanced and client-friendly alternative.
SmartXEL is a sophisticated fractional CO₂ laser system designed for both facial and body treatments. It effectively targets a wide range of concerns, including fine lines, wrinkles, pigmentation issues, uneven skin texture, stretch marks, skin laxity and other irregularities.
By delivering controlled CO₂ energy into the skin, SmartXEL creates microscopic columns of thermal stimulation within the tissue. This controlled response activates the skin’s natural healing process, encouraging the production of new collagen and proteoglycans. As a result, both the dermis and epidermis become thicker, more hydrated, and visibly smoother, leading to improved skin tone, texture, and overall appearance.