Resumo

Objectives: To introduce a paradigm-shifting, anatomy-guided protocol that combines micro- and macro-focused ultrasound with micro-pulsed delivery and monopolar radiofrequency with an integrated water-cooling system. The sequence targets deep support first (SMAS/retaining ligaments) and dermal vitality second, aiming for natural, durable rejuvenation, high patient satisfaction, and a reproducible safety framework across phototypes with 12-month follow-up. Introduction: Facial aging is multilayered: SMAS and ligaments loosen, compartments shift, and dermis thins. Single-modality tightening seldom delivers harmony or longevity. Focused ultrasound can precisely stimulate deep support and refine septal architecture; monopolar RF with active cooling provides volumetric dermal remodeling, vascular balance, and glow. A layered, anatomy-driven sequence meets modern demand for subtle refinement over transformation, prioritizing durability and safety. Materials / method: Three women (40–50 years; Fitzpatrick I–IV) underwent a layered sequence: focused ultrasound at 1.5–4.5 mm (micro- and macro-focused, micro-pulsed) mapped to SMAS and retaining ligaments, followed by monopolar RF with water-cooling, achieving ~55 °C in the dermis while protecting the epidermis. One–two sessions with energy tailored to facial type. Standardized skincare and strict photoprotection. Outcomes documented with Vectra H2 3D at baseline and 3/6/12-month follow-up. Results: Imaging confirmed lower-third lift, midface support, and submental definition, alongside pore refinement, texture smoothing, and increased luminosity. Benefits persisted at 12 months with minimal regression. Tolerability was excellent: only transient erythema/edema, no burns, scarring, or neurologic events. Patients consistently described outcomes as powerful yet natural, avoiding the artificial look of aggressive interventions. Conclusion: This multilayer, synergistic strategy—micro/macro-focused, micro-pulsed ultrasound plus monopolar RF reaching ~55 °C in the dermis with epidermal cooling—moves facial rejuvenation beyond tightening. By integrating deep structural anchoring with dermal regeneration, it delivers natural, durable, and reproducible results across phototypes, offering clinicians a pragmatic, high-impact framework aligned with contemporary aesthetic ideals.