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Maskless Microscopic Lithography through Shaping Ultraviolet Laser with Digital Micro-mirror Device

机译:通过数字微镜器件成型紫外激光进行无掩模显微光刻

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摘要

Laser shaping was introduced to maskless projection soft lithography by using digital micro-mirror device (DMD). The predesigned intensity pattern was imprinted onto the DMD and the input laser beam with a Gaussian or quasi-Gaussian distribution will carry the pattern on DMD to etch the resin. It provides a method of precise control of laser beam shapes and?photon-induced curing behavior of resin. This technology provides an accurate micro-fabrication of microstructures used for micro-systems. As a virtual mask generator and a binary-amplitude spatial light modulator, DMD is equivalent to the masks in the conventional exposure system. As the virtual masks and shaped laser beam can be achieved flexibly, it is a good method of precision soft lithography for 2D/3D microstructures.
机译:通过使用数字微镜器件(DMD)将激光整形技术引入无掩模投影软光刻中。将预先设计的强度图案压印到DMD上,并且具有高斯或准高斯分布的输入激光束将在DMD上承载该图案以蚀刻树脂。它提供了一种精确控制激光束形状和光子诱导的树脂固化行为的方法。这项技术提供了用于微系统的微结构的精确微制造。作为虚拟光罩生成器和二进制幅度空间光调制器,DMD等效于常规曝光系统中的光罩。由于可以灵活地实现虚拟掩模和定形激光束,因此它是用于2D / 3D微结构的精密软光刻的一种好方法。

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