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Discover how Creo enabled a medical industry expert in implant breakthrough!
Join us for an inside look at Creo’s Additive Manufacturing capabilities through a recent medical case: a custom, patient specific scapula implant designed for anatomical fidelity, strength, and smooth joint kinematics—validated with simulation and certification workflows. You’ll see how design for metal Additive Manufacturing in Creo enables lattice structures for tissue ingrowth, minimal surfaces for smooth joint kinematics, and simulation driven verification. We’ll also cover printing process simulation and CT-based quality checks that help meet clinical standards, then answer your questions.
Agenda Highlights Jose Coronado,
Product Management Director at PTC specializing in Additive Manufacturing, will introduce Creo Additive Manufacturing functionality and share how Creo accelerates design for metal AM.
A medical industry expert will present a real-world case: a 3D-printed scapula implant designed for a cancer patient, from imaging to surgery. An interview with the patient who received the 3D-printed scapula implant. Hear directly from the patient how this experience has improved the quality of life. PTC Additive Manufacturing Center executive will showcase the lab’s advanced capabilities and workflows for additive innovation.
Why attend? Learn how Creo streamlines design for metal additive manufacturing and reduces supports/distortion. See how digital twin and simulation workflows validate load-bearing performance. Understand certification processes and quality assurance for regulated industries. Explore a real medical case that demonstrates speed from scans to surgery. Register now for your preferred stream.
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Event Speakers Jose Coronado, Director, Creo Manufacturing Applications, PTC Dr. Solomon Dadia, Head of Surgical Innovation & 3D Printing Unit and Deputy Director of Orthopedic Oncology Department, Tel Aviv Medical Center.
