3D Printed Prosthesis in Orthopedic Oncology

The book systematically introduces the basic issues, design preparation, clinical applications, potential risks, precautions, and regulatory supervision of 3D printing personalized prostheses in the field of orthopedics. Different from traditional medical devices, customized prostheses made with 3D printing realizes a transition from one size fits all to tailor-made precision. The book systematically introduces the basic issues, design preparation, clinical applications, potential risks, precautions, and regulatory supervision of 3D printing personalized prostheses in the field of orthopedics. It will be a theoretical and technical reference for clinical doctors, engineering technicians, regulatory and research personnel engaged in the application of 3D printing personalized prostheses. Different from traditional medical devices, customized prostheses made with 3D printing realizes a transition from one size fits all to tailor-made precision. The book systematically introduces the basic issues, design preparation, clinical applications, potential risks, precautions, and regulatory supervision of 3D printing personalized prostheses in the field of orthopedics. It will be a theoretical and technical reference for clinical doctors, engineering technicians, regulatory and research personnel engaged in the application of 3D printing personalized prostheses. Unlike traditional medical devices, customized prostheses produced through 3D printing mark a shift from standardized, one-size-fits-all solutions to personalized, precision-tailored designs. This book provides a comprehensive overview of key topics including foundational concepts, design preparation, clinical applications, potential risks, safety considerations, and regulatory oversight related to 3D-printed personalized prostheses in orthopedics. It serves as both a theoretical and technical reference for clinicians, biomedical engineers, regulatory professionals, and researchers involved in the development and application of personalized orthopedic prostheses using 3D printing technology.