Abstract

Objectives: • Master the technique of reverse vector temple anchoring for facial thread lifting, including precise thread placement, and tensioning. • Evaluate the immediate and long-term efficacy of reverse vector temple anchoring in improving facial contour and reducing signs of aging. • Determine the optimal placement and tensioning of reverse vector temple anchors to maximize lifting and tightening effects. Introduction: Thread lifting has emerged as a popular cosmetic procedure due to its minimal downtime and safety profile. As thread technology continues to advance, its immediate effects have become increasingly pronounced. However, a standardized procedure technique remains elusive. Materials / method: To address this need, this study aimed to develop a standardized procedure that would satisfy both surgeons and patients. We analyzed the outcomes of 2,700 patients who underwent facial thread lifting at PangPang Clinic in Seoul between November 1, 2022, and November 30, 2024. By carefully selecting thread designs and types based on individual patient needs, we evaluated the efficacy of a specific technique: reverse vector temple anchoring. Results: The reverse vector temple anchoring technique proved to be a valuable addition to the facial thread lifting procedure. It not only lifted sagging skin but also served as a guide for accurate placement of other threads. By temporarily fixing sagging skin in the temple area, this technique facilitated immediate lifting effects and potentially stimulated collagen production, leading to longer-lasting results. Conclusion: The reverse vector temple anchoring technique offers a promising approach to enhance the immediate and long-term outcomes of facial thread lifting. By providing a precise framework for thread placement, this technique can help surgeons achieve more predictable and aesthetically pleasing results. We recommend incorporating this technique into routine facial thread lifting procedures.