Realistic, Safe, and Cutting-Edge Surgical Education
Training in real anatomical conditions allows doctors to learn and perfect various surgical techniques in a realistic environment before treating their own patients. One of the most valuable and safest ways to develop surgical skills is to practice on human cadavers. This form of cutting-edge surgical education bridges the gap between theory and clinical practice, providing participants with a hands-on understanding of complex anatomical structures and procedural nuances.
High-Fidelity Preservation and Simulation Models
Special preservation techniques that ensure a color and consistency similar to that of living tissue provide participants with a realistic surgical experience, allowing them to accurately perceive the different tissue layers, tensions, and movements. For each course, we always choose the soft fixation procedure that best suits the needs of the given specialty, so that even procedures requiring muscle relaxation can be practiced.
The special models developed during the training courses – such as beating heart, tumor, or airway stenosis specimens – enable high-fidelity training and the simulation of real surgical situations, promoting the development of a multidisciplinary approach and clinical thinking.
A Safe and Inspiring Learning Environment
All this means not only outstanding professional development for participants, but also a safe learning environment: thanks to chemical preservation, the risk of infection is minimized. Our goal is to make this practical, realistic, and inspiring form of learning, which is one of the most important pillars of modern medical training, available to all physicians working in manual specialties.
A Platform for Innovation and Industry Collaboration
Beyond individual participation, our facilities and training programs are also ideally suited for the needs of the medical technology industry. Companies can organize group sessions to test and demonstrate their devices under realistic surgical conditions, support clinical partners in mastering the use of their technologies, or conduct biomechanical research and medical technology validation projects.
Both the cadaveric models and the fully equipped operating rooms are capable of hybrid, minimally invasive, and open surgery, as well as endoscopic, ultrasound-guided, or even robotic interventions – providing a professional and controlled environment for innovation, education, and collaboration.
Expert Support from Semmelweis University
Upon request, we can also provide access to the expertise of specialists from the clinical departments of Semmelweis University, ensuring the highest professional standards and scientific background for every training or testing session.
This unique collaboration opportunity with Semmelweis University experts allows participants and industry partners to benefit from world-class academic knowledge and clinical excellence, creating a truly comprehensive platform for surgical education, device innovation, and translational research.