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3D printed mesh reinforcements enhance the mechanical properties of electrospun scaffolds

机译:3D打印的网状增强材料可增强电纺支架的机械性能

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摘要

Fabrication of reinforced electrospun scaffolds. Electrospun scaffolds were produced from a 40:60 ratio of PCL:gelatin. The scaffolds were then placed in a 3D-printer and a PLA mesh was deposited onto one side of the scaffold. Two types of 3D-printed meshes were generated, one with a 6 mm distance between PLA struts, and the other with an 8 mm distance between struts
机译:增强电纺支架的制造。由40:60的PCL:明胶比例生产电纺支架。然后将支架放置在3D打印机中,并将PLA网布沉积到支架的一侧。生成两种类型的3D打印网格,一种在PLA支撑之间的距离为6 mm,另一种在支撑之间的距离为8 mm

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