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Nanoimprint lithography and micro-embossing in LiGA technology: similarities and differences

机译:LiGA技术中的纳米压印光刻和微压花:异同

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摘要

LiGA and NIL are both techniques with origination by lithography, using molding techniques for up-scaling or even stamp copying. The main difference is the size range for which they were seen to have most of their applications. The technology toolboxes contain similar processes and concepts, but due to historical differences, NIL and LiGA were not seen as twins, but rather children from different families. LiGA, as the more mature micro-technology, has found its application in microfluidics, -optics and -mechanics. NIL has found its place in photonics and sub-wavelength gratings, and is considered as a candidate for patterned media and next generation lithography for IC manufacturing. In this review I will discuss similarities and differences of the two technologies, tackle questions from pattern transfer, size effects including the need for hard and soft elements for molding and discuss points where LiGA and NIL might find a common basis for further cross-fertilization and joint applications.
机译:LiGA和NIL都是通过光刻技术产生的技术,它们使用模制技术进行放大甚至是图章复制。主要区别在于可以看到它们在大多数应用中的大小范围。技术工具箱包含相似的过程和概念,但是由于历史差异,NIL和LiGA并未被视为双胞胎,而是来自不同家庭的孩子。 LiGA,作为更成熟的微技术,已经在微流体,光学和机械领域得到了应用。 NIL已在光子学和亚波长光栅中找到了自己的位置,被认为是图案化介质和IC制造的下一代光刻的候选者。在这篇综述中,我将讨论两种技术的异同,解决图案转移,尺寸效应(包括成型所需的硬和软元件)的问题,并讨论LiGA和NIL可能为进一步交叉受精找到共同基础的要点。联合申请。

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