Webinar
Empowering Hospitals with 3D Printing Technology in Poland
About this webinar
Many hospitals are choosing to start 3D labs, but it always requires certain key elements to make it a reality. During this webinar, we’ll share how a well-established, successful 3D lab has developed over the years, as well as the journey of a newly established 3D lab. We’ll also cover an example of a university that excels in educating technical students about 3D printing. This webinar is the perfect fit for clinicians, researchers, and professors interested in 3D printing for medical purposes.
What you will learn
- How to start a 3D lab in hospitals
- How 3D labs develop over time
About the speakers
Adam Kolesnik MD
Cardiovascular Interventions Laboratory, Children’s Memorial Health Institute
Dr. Adam Kolesnik graduated from the Medical University of Warsaw in 2002. He works in the Department of Descriptive and Clinical Anatomy at the Medical University of Warsaw, focusing on the cardiovascular morphology and congenital malformations of the cardiovascular system. In 2010, he joined the Cardiovascular Interventions Laboratory at the Children’s Memorial Health Institute in Warsaw, Poland. Besides clinical work, he runs the 3D modeling/3D printing laboratory at this institution. Due to his interest in the developmental anatomy of the heart, he is working as a Fetal Cardiologist at the Department of Perinatal Cardiology and Congenital Anomalies, Center for Postgraduate Medical Education in Warsaw, Poland. Since 2011, he has been a member of the Polish Fetal Cardiovascular Interventions Team. He was recently involved in the development of the virtual reality platform for the visualization of congenital cardiac defects and virtual reality-based pre-procedural planning in cardiology and cardiac surgery.
Adam Kolesnik MD
Cardiovascular Interventions Laboratory, Children’s Memorial Health Institute
Dr. Adam Kolesnik graduated from the Medical University of Warsaw in 2002. He works in the Department of Descriptive and Clinical Anatomy at the Medical University of Warsaw, focusing on the cardiovascular morphology and congenital malformations of the cardiovascular system. In 2010, he joined the Cardiovascular Interventions Laboratory at the Children’s Memorial Health Institute in Warsaw, Poland. Besides clinical work, he runs the 3D modeling/3D printing laboratory at this institution. Due to his interest in the developmental anatomy of the heart, he is working as a Fetal Cardiologist at the Department of Perinatal Cardiology and Congenital Anomalies, Center for Postgraduate Medical Education in Warsaw, Poland. Since 2011, he has been a member of the Polish Fetal Cardiovascular Interventions Team. He was recently involved in the development of the virtual reality platform for the visualization of congenital cardiac defects and virtual reality-based pre-procedural planning in cardiology and cardiac surgery.
Paweł Rynio MD, PhD
Vascular Surgeon and Head of 3D Medical Technology Center in Szczecin, Pomeranian Medical University Second Hospital
Pawel Rynio is the head of the 3D Medical Technology Center in Szczecin at the Pomeranian Medical University Second Hospital in Poland. The center includes a 3D Printing Laboratory and Surgical Simulator Laboratory. The 3D Printing Laboratory started working with vascular benchtop models and vascular surgical guides. He is currently looking to apply services to mixed reality technology and a more significant number of procedures that Materialise supports.
Paweł Rynio MD, PhD
Vascular Surgeon and Head of 3D Medical Technology Center in Szczecin, Pomeranian Medical University Second Hospital
Pawel Rynio is the head of the 3D Medical Technology Center in Szczecin at the Pomeranian Medical University Second Hospital in Poland. The center includes a 3D Printing Laboratory and Surgical Simulator Laboratory. The 3D Printing Laboratory started working with vascular benchtop models and vascular surgical guides. He is currently looking to apply services to mixed reality technology and a more significant number of procedures that Materialise supports.
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