"Computer Aided Design of 3D Printable Anatomically Shaped Medical Devices: Methodologies and Applications" presents a comprehensive framework for designing 3D printable medical devices tailored to individual anatomies. Bridging engineering and medicine, the book guides readers through advanced CAD techniques, anatomical data acquisition (via 3D scanning and imaging), and additive manufacturing processes, presenting mostly results of author''s own and co-authored research. Emphasizing efficiency, customization, and real-world applications, it showcases methodologies developed in collaboration with medical professionals for orthopedic devices, surgical aids, and prosthetics. Case studies offer insights into practical uses, demonstrating how these innovations enhance patient care and surgical outcomes through personalized, accessible solutions.

"Computer Aided Design of 3D Printable Anatomically Shaped Medical Devices: Methodologies and Applications" presents a comprehensive framework for designing 3D printable medical devices tailored to individual anatomies. Bridging engineering and medicine, the book guides readers through advanced CAD techniques, anatomical data acquisition (via 3D scanning and imaging), and additive manufacturing processes, presenting mostly results of author''s own and co-authored research. Emphasizing efficiency, customization, and real-world applications, it showcases methodologies developed in collaboration with medical professionals for orthopedic devices, surgical aids, and prosthetics. Case studies offer insights into practical uses, demonstrating how these innovations enhance patient care and surgical outcomes through personalized, accessible solutions.

This book covers a variety of topics at the interface between biomedical engineering and manufacturing. Based on peer-review papers presented at the 7th International Scientific-Technical Conference MANUFACTURING 2022, held in Poznan, Poland on May 16-19, 2022, it focuses on cutting-edge issues relating to  3D printing of medical devices, including custom manufacturing of orthopedic aids, optimization of their manufacturing process, 3D and numerical models supporting prostheses development and surgical simulation, and discusses  the applications of different quality control methods in the healthcare industry. This book offers a timely guide to engineers and other professionals dealing with production and testing of medical devices in the era of industry 4.0. 

The book covers timely topics in digital healthcare and personalized medical products. It delves into the use of digital technologies like image processing, CAD, AI, and 3D printing in healthcare, emphasizing their role in customizing treatment and manufacturing medical products. Based on peer-reviewed contributions to the 8th International International Scientific-Technical Conference (MANUFACTURING 2024) held on May 14-16, 2024, in Poznan, Poland, the chapters reports on achievements from interdisciplinary collaborations between engineers, doctors, and the medical industry. All in all, this book offers a timely guide for researchers and professionals in medical design, manufacturing, and biomedical engineering, and a bridge fostering communication and collaborations between different stakeholders working on enhancing health interventions through technology.

"Computer Aided Design of 3D Printable Anatomically Shaped Medical Devices: Methodologies and Applications" presents a comprehensive framework for designing 3D printable medical devices tailored to individual anatomies. Bridging engineering and medicine, the book guides readers through advanced CAD techniques, anatomical data acquisition (via 3D scanning and imaging), and additive manufacturing processes, presenting mostly results of author''s own and co-authored research. Emphasizing efficiency, customization, and real-world applications, it showcases methodologies developed in collaboration with medical professionals for orthopedic devices, surgical aids, and prosthetics. Case studies offer insights into practical uses, demonstrating how these innovations enhance patient care and surgical outcomes through personalized, accessible solutions.

"Computer Aided Design of 3D Printable Anatomically Shaped Medical Devices: Methodologies and Applications" presents a comprehensive framework for designing 3D printable medical devices tailored to individual anatomies. Bridging engineering and medicine, the book guides readers through advanced CAD techniques, anatomical data acquisition (via 3D scanning and imaging), and additive manufacturing processes, presenting mostly results of author''s own and co-authored research. Emphasizing efficiency, customization, and real-world applications, it showcases methodologies developed in collaboration with medical professionals for orthopedic devices, surgical aids, and prosthetics. Case studies offer insights into practical uses, demonstrating how these innovations enhance patient care and surgical outcomes through personalized, accessible solutions.

This book covers a variety of topics at the interface between biomedical engineering and manufacturing. Based on peer-review papers presented at the 7th International Scientific-Technical Conference MANUFACTURING 2022, held in Poznan, Poland on May 16-19, 2022, it focuses on cutting-edge issues relating to  3D printing of medical devices, including custom manufacturing of orthopedic aids, optimization of their manufacturing process, 3D and numerical models supporting prostheses development and surgical simulation, and discusses  the applications of different quality control methods in the healthcare industry. This book offers a timely guide to engineers and other professionals dealing with production and testing of medical devices in the era of industry 4.0. 

The book covers timely topics in digital healthcare and personalized medical products. It delves into the use of digital technologies like image processing, CAD, AI, and 3D printing in healthcare, emphasizing their role in customizing treatment and manufacturing medical products. Based on peer-reviewed contributions to the 8th International International Scientific-Technical Conference (MANUFACTURING 2024) held on May 14-16, 2024, in Poznan, Poland, the chapters reports on achievements from interdisciplinary collaborations between engineers, doctors, and the medical industry. All in all, this book offers a timely guide for researchers and professionals in medical design, manufacturing, and biomedical engineering, and a bridge fostering communication and collaborations between different stakeholders working on enhancing health interventions through technology.