The Presto technique is based on anatomy-driven reconstruction rather than volume replacement. Its goal is to restore natural facial architecture while preserving the patient's individual identity. By respecting native tissue planes and functional anatomy, Presto achieves durable rejuvenation with predictable results and minimal distortion of expression. These represent several of the essential pillars of the Presto technique. The approach is further defined by three fundamental methodologies:

1. Identity Preservation – maintaining each patient's unique facial characteristics rather than creating standardized or artificial appearances.
2. Long-Lasting Results – addressing structural aging mechanisms to achieve sustained outcomes over time.
3. Clinical Effectiveness – delivering reproducible, anatomically sound corrections with measurable clinical impact.

Together, these principles define Presto as a comprehensive surgical philosophy focused on structural restoration, functional harmony, and authentic facial rejuvenation.

By the end of this masterclass, participants will be able to:

1. Understand the paradigm shift from pure fat removal to strategic voluminization
   Comprehend why modern body contouring has evolved toward volume redistribution, balance, and three-dimensional sculpting rather than simple debulking.
2. Integrate Total Graft concepts with High-Definition Liposculpture
   Learn how to combine precise fat harvesting, processing, and reinjection with HD Lipo to enhance anatomical landmarks, improve transitions, and create more natural and long-lasting results.
3. Identify optimal donor and recipient zones for volumetric enhancement
   Analyze anatomical criteria for selecting fat donor areas and recipient sites to maximize graft survival, symmetry, and aesthetic harmony.
4. Apply volumetric thinking to improve contour, proportion, and performance outcomes
   Develop a sculptural mindset that prioritizes shape, projection, and balance across the torso, gluteal region, and transitional zones.
5. Enhance predictability and safety in fat grafting within HD procedures
   Review technical principles, safety considerations, and workflow strategies that reduce complications while increasing consistency and reproducibility.

• Understand common indications and diagnostic evaluation for revision breast implant surgery, including capsular contracture, implant malposition, and aesthetic dissatisfaction.
• Learn advanced surgical strategies for managing complex revision cases, including pocket modification, capsulorrhaphy, and implant exchange techniques.
• Gain proficiency in selecting appropriate implant types and placement planes to optimize long‑term outcomes in secondary procedures.
• Master techniques to prevent and manage complications, such as asymmetry, rippling, and recurrent contracture.
• Enhance skills in patient counseling, expectation setting, and postoperative management to ensure improved satisfaction and durable results.

By the end of this masterclass, participants will be able to:

1. Understand the paradigm shift from pure fat removal to strategic voluminization
   Comprehend why modern body contouring has evolved toward volume redistribution, balance, and three-dimensional sculpting rather than simple debulking.
2. Integrate Total Graft concepts with High-Definition Liposculpture
   Learn how to combine precise fat harvesting, processing, and reinjection with HD Lipo to enhance anatomical landmarks, improve transitions, and create more natural and long-lasting results.
3. Identify optimal donor and recipient zones for volumetric enhancement
   Analyze anatomical criteria for selecting fat donor areas and recipient sites to maximize graft survival, symmetry, and aesthetic harmony.
4. Apply volumetric thinking to improve contour, proportion, and performance outcomes
   Develop a sculptural mindset that prioritizes shape, projection, and balance across the torso, gluteal region, and transitional zones.
5. Enhance predictability and safety in fat grafting within HD procedures
   Review technical principles, safety considerations, and workflow strategies that reduce complications while increasing consistency and reproducibility.

• Understand the key anatomical landmarks essential for safe and effective superior/superomedial pedicle planning.
• Learn pedicle design principles that optimize blood supply, nipple–areola complex viability, and aesthetic breast shape.
• Master incision patterns and tissue‑resection strategies to achieve consistent, predictable breast reduction outcomes.
• Gain insight into intraoperative decision‑making to tailor the technique for varied breast sizes, ptosis grades, and patient anatomy.
• Enhance skills in postoperative management and complication prevention, improving long‑term aesthetic results and patient satisfaction.

• Understand the surgical anatomy relevant to incisionless rib remodeling and its anatomical principles.
• Identify appropriate patient selection and clinical indications for rib remodeling using the RibXcar technique.
• Review the step-by-step surgical technique for rib remodeling without incisions.
• Learn proper postoperative management and postoperative care protocols to optimize recovery and outcomes.
• Understand the concept of costal conversion and how combining it with rib remodeling techniques can enhance aesthetic results.
• Review the use of ultrasound and intraoperative ultrasound guidance in rib remodeling surgery to improve precision and safety.

• Understand the critical anatomical layers involved in lipoabdominoplasty to enhance safety and surgical precision.
• Learn advanced sculpting techniques that harmonize liposuction with abdominal flap management for superior contouring.
• Master strategies for preserving vascularity and reducing complications, including seroma prevention and optimal drain use.
• Gain insight into achieving natural, high‑definition abdominal aesthetics through artistic marking, fat handling, and muscle definition.
• Improve patient selection, perioperative planning, and postoperative care to ensure consistent, long‑lasting results.

• Learn comprehensive preoperative assessment techniques tailored for post–massive weight loss patients, including skin redundancy mapping and surgical planning.
• Understand safe and effective approaches to upper and lower body lift incision design, flap management, and sequential surgical steps.
• Master strategies to optimize contouring outcomes while preserving vascularity and minimizing tension during large‑surface excisional procedures.
• Gain practical insights into complication prevention and management, including seromas, wound breakdown, and scar optimization.
• Enhance postoperative care planning to improve patient recovery, mobility, and long‑term aesthetic results following circumferential body lifting.

• To strengthen participants' understanding of layered facial anatomy relevant to filler injections
• To analyze facial fat compartments and their role in structural vs contour correction
• To identify high-risk vascular zones and apply safety-oriented injection strategies
• To develop anatomy-based decision-making for region-specific filler placement
• To enhance complication prevention awareness through anatomical reasoning