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Effect of Print Direction on Mechanical Properties of a 3D Printed Flexible Lactide-based Copolymer

机译:打印方向对3D打印的基于丙交酯的柔性共聚物力学性能的影响

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Conclusions: The results of this preliminary evaluation demonstrate that Lactoprene~® 7415 can be used in FFF printing applications and is of interest for medical device research particularly due to increased flexibility over PLA and anticipated degradation profile/byproducts. Printed parts are dependent on infill design, which provides additional design potential for preparing bioresorbable 3D-printed implants.
机译:结论:这项初步评估的结果表明,Lactoprene〜®7415可用于FFF印刷应用,并且由于对PLA的灵活性提高以及预期的降解特性/副产物而引起了医疗器械研究的兴趣。打印的零件取决于填充设计,填充设计为准备可生物吸收的3D打印的植入物提供了额外的设计潜力。

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