34th Annual Conference of the European Society for Biomaterials - ESB 2025, Turin (Italy). 07-11 September 2025
Spanish layman's summary:
La impresión 3D permite crear andamios óseos personalizados para medicina regenerativa. Este estudio muestra cómo el tiempo y la temperatura durante el postcurado en SLA mejora notablemente la resistencia a fatiga, destacando la importancia de optimizar este parámetro para aplicaciones biomédicas.
English layman's summary:
3D printing enables the creation of customized bone scaffolds for regenerative medicine. This study demonstrates how post-curing time and temperature in SLA significantly enhance fatigue resistance, highlighting the importance of optimizing this parameter for biomedical applications.
Keywords: 3D Printing, Fatigue, Scaffold, Post-curing, Stereolithography; Impresión 3D, Fatiga, Scaffold, Postcurado, Estereolitografía
Publication date: 07-Sep-2025.
Citation:
E. Paz, X. Soldani, S. López de Armentia, M. Jiménez Calzado, "The Critical Role of Post-Curing in the Fatigue Performance of SLA-Printed Bone Scaffolds", presented at 34th Annual Conference of the European Society for Biomaterials - ESB 2025, Turin, Italy, 07-11 September 2025
IIT-25-319C
