Abstract
BACKGROUND: There is a growing need for a more visually pleasing silhouette through non-invasive body contouring procedures. AIM: This study evaluates the use of a 1060-nm laser system equipped with a temperature detector, for non-invasive fat reduction of the female and male abdomen and female culottes and thighs, which represent the prevalent areas among individuals requiring cosmetic contouring. MATERIAL AND METHOD: A total of 20 male and 40 female patients who were considering lipolysis without invasive procedures of the abdomen and coulottes/thighs areas were treated with a 1060-nm laser system. All patients underwent 4 laser treatment sessions spaced at least 4-6 weeks apart. The study's endpoints were photographic investigations by independent blinded physicians at 3 months follow-up, screening for adverse effects, abdomen and coulotte/thighs circumference measurements, BMI, and 4-point Global Aesthetic Improvement Scale (GAIS). Clinical measurements were evaluated before (T0) and at 3 months follow-up after the last laser treatment session (Tf). RESULTS: During the entire laser treatment, the skin temperature remained below 40°C, demonstrating the safety of the study device in preserving the skin from thermal damage. Clinician assessment from the photographic investigation, GAIS, BMI and circumference mean values showed good efficacy of laser treatment and visible aesthetic results for abdomen and coulotte/thighs areas both in men and women. CONCLUSIONS: The use of 1060 nm lasers offers an alternative therapy choice for patients who demand a non-surgical, non-invasive procedure for fat reduction with no serious consequences.