MASTOTRAINER™

An advanced simulation platform for mastering oncoplastic breast surgery.

Develop technical skills, improve surgical confidence, and master advanced oncoplastic techniques through structured, hands-on simulation.
Why Mastotrainer™?

O Mastotrainer™ was created to bridge the gap between theory and the operating room.

Designed by Gustavo Zucca, MD, PhD, it allows breast surgeons to repeatedly practice complex oncoplastic techniques in a realistic simulation environment before applying them in clinical practice.

Unlike traditional educational models, Mastotrainer™ emphasizes repetition, technical refinement, and confidence-building through structured simulation.

Evidence-Based Learning

Practice advanced techniques before entering the operating room.

Realistic Simulation

Designed to replicate clinical scenarios encountered in breast surgery.

Technical Confidence

Develop precision through repetition and structured feedback.

1,000+
Surgeons Trained
SIMULATION IN ACTION

Simulation Changes the Way Surgeons Learn

Modern surgical education requires more than watching procedures. It demands deliberate practice, structured feedback, and the opportunity to refine techniques before entering the operating room.

Mastotrainer™ was created to bridge the gap between theory and clinical practice, allowing breast surgeons to develop technical confidence, improve decision-making, and master advanced oncoplastic techniques in a realistic simulation environment. Because every hour invested in purposeful practice contributes to safer surgery and better care for future patients.

Procedures Covered

Round Block Mammoplasty

Periareolar technique for tumor excision and breast reshaping with a concealed scar.

Crescent Mastopexy

Targeted tissue repositioning through a crescent-shaped periareolar approach.

Periareolar Techniques

Approaches using incisions around the areola for access, reshaping, and scar optimization.

Therapeutic Mammoplasty

Combines tumor removal with breast reduction and reshaping techniques.

AICAP Flap

Anterior intercostal artery perforator flap used for volume replacement in breast-conserving surgery.

MICAP Flap

Medial intercostal artery perforator flap for reconstruction of selected breast defects.

LICAP Flap

Lateral intercostal artery perforator flap used to restore volume after breast-conserving surgery.

Nipple Reconstruction

Techniques designed to recreate nipple shape and projection following breast reconstruction.

MEET THE FACULTY

Learn from Leaders in Oncoplastic Breast Surgery

Experience Mastotrainer™ at the Next UOBC Course

Train through hands-on simulation and expert-guided surgical education.