光刻胶
微尺度化学
减色
抵抗
材料科学
立体光刻
制作
3D打印
纳米技术
咬边
平版印刷术
纳米压痕
光电子学
光学
复合材料
数学教育
病理
物理
医学
替代医学
图层(电子)
数学
作者
Markus M. Zieger,Patrick Müller,Eva Blasco,Charlotte Petit,Vincent Hahn,Lukas Michalek,Hatice Mutlu,Martin Wegener,Christopher Barner‐Kowollik
标识
DOI:10.1002/adfm.201801405
摘要
Abstract The selective removal of structural elements plays a decisive role in 3D printing applications enabling complex geometries. To date, the fabrication of complex structures on the microscale is severely limited by multistep processes. Herein, a subtractive photoresist platform technology that is transferable from microscopic 3D printing via direct laser writing to macroscopic structures via stereolithography is reported. All resist components are readily accessible and exchangeable, offering fast adaptation of the resist's property profile. The micro‐ and macroprinted structures can be removed in a facile fashion, without affecting objects based on standard photoresists. The cleavage is analyzed by time‐lapse optical microscopy as well as via in‐depth spectroscopic assessment. The mechanical properties of the printed materials are investigated by nanoindentation. Critically, the power of the subtractive resist platform is demonstrated by constructing complex 3D objects with flying features on the microscale.
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