Optimization of 3D printing parameters for obtaining polyesterurethane scaffolds for tissue engineering

LORES, N. J.; HUNG HUNG, Y. M. X.; TALOU, M. H.; ABRAHAM, G. A.; CARACCIOLO, P. C.

Encuentro; 4° Encuentro Internacional de Ingeniería de Tejidos y Medicina Regenerativa; 2018

Considering the rapid growth of the 3D printing techniques, materials engineered to be compatible with these processes are likely to become a field of increased importance in the upcoming years. This is expected to be driven by increased industrial adoption of 3D printing processes and an increased demand for materials that meet their needs and expectations.