Objectives: The Lower Third Technique (LTT) is an exclusive method designed to enhance facial structure and contour, specifically targeting the lower face. This innovative approach improves the submental area, optimizing filler use with minimal quantities for maximum results. By strategically sculpting the lower third, LTT delivers refined contouring and improved definition, achieving natural, long-lasting outcomes.
Introduction: Facial contouring with hyaluronic acid fillers has evolved significantly, particularly with the use of high-rheology, high-molecular-weight products that enhance volumization and structural support. This authorial technique introduces a multilayered injection protocol with gender-specific approaches, optimizing results while using a reduced volume of filler. The protocol was designed to enhance facial definition, structure, and longevity with a strategic distribution of injection points.
Materials / method: Materials & Methods
Filler Selection: High-rheology, high-molecular-weight hyaluronic acid.
Injection Plan: Multilayer approach with precise anatomical placement.
Gender-Specific Steps:
Male: Emphasizes angular projection, mandibular contour, and midface support.
Female: Enhances soft transitions, cheekbone definition, and a refined jawline.
Optimized Volume Strategy: Fewer syringes while ensuring structural integrity.
Injection Depth: Supraperiosteal and subdermal layers for support and natural results.
Results: Results:
Preliminary clinical data demonstrate enhanced facial contouring with reduced filler volume, longer-lasting definition, and optimized aesthetic outcomes for both male and female patients. The protocol provides consistent, predictable results with high patient satisfaction.
Conclusion: Conclusion:
This innovative multilayer gender-specific protocol for facial contouring offers a sophisticated approach to structural facial enhancement, achieving optimal definition and longevity while maximizing hyaluronic acid efficiency. The method presents a new paradigm in non-surgical contouring with a minimal-product, high-impact approach.
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