TY - CHAP
T1 - Advancements and future prospects of additive manufacturing in orthopedics
AU - Oladapo, Bankole I.
AU - Olawumi, Mattew A.
AU - Omigbodun, Francis T.
N1 - © 2024 Elsevier Inc. All rights reserved.
PY - 2024/4/5
Y1 - 2024/4/5
N2 - This research chapter explores the current and future implications of 3D printing in orthopedic medicine. One significant breakthrough has been the development of patient-matched implants and surgical guides using 3D printing techniques. These customized solutions have proven successful and are poised for further progress as costs decrease and efficiency improves. The integration of 3D printing technologies promises to bring unprecedented advancements in orthopedic medicine, surpassing current standards of speed and accuracy. Moreover, the evolution of biomaterials will play a vital role in revolutionizing medical practices. In orthopedic education, 3D-printed models have become valuable tools for enhancing patient and student understanding. By replicating complex structures and injury patterns, such as those involving the pelvis, 3D-printed models enable improved identification of injury states and enhance the reliability of classification systems. The availability of diverse materials allows users to optimize the properties of these models, enhancing their educational value. Surgical planning has also witnessed a significant transformation with the increasing utilization of 3D-printed models across all orthopedic disciplines. These models offer a cost-effective means of comprehending path anatomy, facilitating surgical procedure planning, assessing feasibility, and providing a platform for practice sessions. As the field of medical additive manufacturing in orthopedics continues to evolve, the implications are profound. The combination of 3D printing technology, patient-specific implants, and advanced biomaterials holds immense promise for improving patient outcomes, streamlining surgical procedures, and advancing orthopedic education. By embracing these advancements and exploring their full potential, the orthopedic medical community can drive the future of medicine toward unparalleled levels of precision and effectiveness.
AB - This research chapter explores the current and future implications of 3D printing in orthopedic medicine. One significant breakthrough has been the development of patient-matched implants and surgical guides using 3D printing techniques. These customized solutions have proven successful and are poised for further progress as costs decrease and efficiency improves. The integration of 3D printing technologies promises to bring unprecedented advancements in orthopedic medicine, surpassing current standards of speed and accuracy. Moreover, the evolution of biomaterials will play a vital role in revolutionizing medical practices. In orthopedic education, 3D-printed models have become valuable tools for enhancing patient and student understanding. By replicating complex structures and injury patterns, such as those involving the pelvis, 3D-printed models enable improved identification of injury states and enhance the reliability of classification systems. The availability of diverse materials allows users to optimize the properties of these models, enhancing their educational value. Surgical planning has also witnessed a significant transformation with the increasing utilization of 3D-printed models across all orthopedic disciplines. These models offer a cost-effective means of comprehending path anatomy, facilitating surgical procedure planning, assessing feasibility, and providing a platform for practice sessions. As the field of medical additive manufacturing in orthopedics continues to evolve, the implications are profound. The combination of 3D printing technology, patient-specific implants, and advanced biomaterials holds immense promise for improving patient outcomes, streamlining surgical procedures, and advancing orthopedic education. By embracing these advancements and exploring their full potential, the orthopedic medical community can drive the future of medicine toward unparalleled levels of precision and effectiveness.
KW - 3D printing technology
KW - additive manufacturing
KW - biomaterials
KW - orthopedics
KW - patient-specific models
KW - surgical planning
U2 - 10.1016/B978-0-323-95383-2.00004-4
DO - 10.1016/B978-0-323-95383-2.00004-4
M3 - Chapter (peer-reviewed)
AN - SCOPUS:85193400514
SN - 9780323953849
T3 - Additive Manufacturing Materials and Technologies
SP - 443
EP - 473
BT - Medical Additive Manufacturing
A2 - Mallakpour, Shadpour
A2 - Hussain, Chaudhery Mustansar
PB - Elsevier
CY - Amsterdam
ER -