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- Presentation
Non-Laser Fractional Treatments
Description
The presentation focuses on non-laser fractional treatments, emphasizing three main modalities. First, the Thermo Mechanical Fractional Injury Device, Tixel, uses metallic tips to transfer heat directly to the skin, promoting dermal coagulation and neocollagenesis with minimal discomfort and downtime. Clinical trials showed significant improvements in peri-orbital and peri-oral areas, with patients experiencing only minor side effects. Next, a newer High-Intensity, High-Frequency Parallel Ultrasound Beam technology has been FDA approved for cellulite and skin tightening, delivering treatments with good safety profiles and minimal discomfort, yielding noticeable results in skin texture and lifting. Finally, the presentation covers fractional radio frequency microneedling, highlighting advancements in technology that customize treatments based on tissue resistance. Various combinations of lasers and microneedling enhance outcomes for skin textural improvements, pigmentation issues, and scar rehabilitation. The speaker concludes by stressing the efficacy and growing arsenal of non-laser fractional treatments, demonstrating their value in aesthetic dermatology.
View moreConclusions
- Thermomechanical fractional injury devices demonstrate effective skin rejuvenation with low pain and minimal downtime.
- Patients experience significant improvement in wrinkles and eyelid laxity with the use of hot metallic pyramidal tips during treatment.
- In periocular and perioral trials, participants reported improvement in wrinkle scores and overall patient satisfaction post-treatment.
- High-intensity ultrasound therapy shows promising results in improving skin laxity and reducing cellulite in the upper thighs and buttocks.
- Radiofrequency microneedling effectively stimulates collagen production, leading to improved skin texture and tighter skin.
- Combining different technologies, such as laser and microneedling, enhances the overall treatment outcomes for various skin concerns.
- Patient comfort is prioritized, with low pain scores reported across multiple treatment modalities.
- Alexiades-Armenakas M, Berube D. Randomized, blinded three-arm clinical trial assessing optimal temperature and duration for treatment with minimally-invasive fractional radiofrequency for maximum reduction of rhytids and laxity of the face and neck. Dermatol Surg 2015;41:623-632.