Services
Aesthetic
A gentle laser treatment that rejuvenates skin, reduces fine lines and improves texture.
What is it?
Clear + Brilliant® is an FDA-approved, gentle laser treatment designed to address early signs of aging and improve overall skin quality. This non-invasive procedure utilizes fractional laser technology to create microscopic treatment zones in the upper layers of the skin, stimulating the body's natural healing process and boosting collagen and elastin production. It targets various skin concerns including fine lines, uneven texture, enlarged pores and dull complexion, and is often used as a preventative measure against aging. The treatment is suitable for all skin types and tones, making it a versatile option for those seeking to maintain youthful-looking skin or prevent early signs of aging without resorting to more aggressive treatments. The Clear + Brilliant facial laser is ideal for patients who have "minor" skin issues or are younger, as the wavelength does not penetrate as deeply as the ResurFx.
What to expect
When receiving a Clear + Brilliant treatment, patients can expect a quick and comfortable procedure lasting about 30 minutes. The treatment begins with cleansing the skin, followed by the application of a topical numbing cream for added comfort. Your Timeless Skin Solutions medical skin expert then guides the Clear + Brilliant handpiece across the treatment area, delivering laser energy to create microscopic treatment zones. Patients may feel a warm sensation and mild prickling during the procedure.
Post-treatment, the skin may appear slightly red and feel warm, similar to a mild sunburn, but these effects typically subside within a few hours. There's minimal downtime, allowing most patients to resume normal activities immediately. For optimal results, a series of treatments (typically 4-6) may be recommended, with improvements in skin texture, tone and radiance becoming noticeable after each session.
Note: Clear + Brilliant treatments are only available in our Kettering and Mason locations.