Abstract 3D printing has emerged as an appealing technology for designing and
manufacturing bioresorbable stents. This innovative technology enables the creation of a
diverse range of stent structures with specific features and intricate geometries, significantly
impacting their mechanical properties and potentially affect clinical performance. In this
study, we investigated the influence of various processing parameters during the 3D printing
process and assess their effects on stent quality. Fused Deposition Modelling (FDM) was …