Using multiple wavelengths in order to improve the facial contouring procedure by the lipolysis and sculpting

Abstract

Background: The process of fat redistribution during aging is well-known to fat accumulation toward inferior and medial areas of the face. Utilizing laser devices with simultaneous multiple wavelengths has been employed for fat lipolysis and body and facial sculpting.

Materials and methods: The study is case series that had been taken over 10 women (24-45 years old) participated in this study to address fatty tissue redistribution with aging, which was treated using a triple-wavelength laser (755, 810, and 1064 nanometers) device (Soprano Titanium, Alma, Israel). Each participant underwent up to three treatments at three-week periods and was followed up for 6 months after the last treatment. Clinical photographs were taken before and after the treatments to evaluate the efficacy.

Results: The 10 participants scored a satisfaction result with the GAIS and the VAS scores, measuring pain perception during the procedure. Only two patients experienced minor pain during treatment, and no participants reported significant side effects.

Conclusion: Employing a laser device with multiple wavelengths would represent an innovative approach, offering the advantage of no downtime and a painless procedure for facial contouring treatments.