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Design and Fabrication of the Monolithic Inkjet Print Head

机译:单片喷墨打印头的设计与制作

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摘要

A monolithic inkjet print head was designed and fabricated with back shooting type of thermal bubble nucleation in this study. MEMS fabrication processes are applied to define the ink firing chamber, feed channel and the orifice plate within this new micro injector structure. In this study, printing resolution of this monolithic inkjet head is 600 dpi and the diameter of nozzle orifice is about 14 μm with thickness of 30 μm. Both the silicon dry and wet etching processes are applied to the fabrication of orifice plate with the control of thickness within ± 4 μm. The major advantage of this monolithic inkjet head is free of the assembly processes of inkjet device and the process throughput is improved. Operating frequency of the monolithic inkjet print head developed in this study is 19 KHz. By the optimization design of this monolithic inkjet print head could provide better printing quality than commercial ones.
机译:在本研究中,设计并制造了带有背射型热气泡成核的整体式喷墨打印头。应用MEMS制造工艺来定义这种新的微型注射器结构内的喷墨腔,进料通道和孔板。在这项研究中,这种整体式喷墨头的打印分辨率为600 dpi,喷嘴孔的直径约为14μm,厚度为30μm。硅干法和湿法刻蚀工艺均应用于孔板的制造,厚度控制在±4μm以内。这种整体式喷墨头的主要优点是不需要喷墨装置的组装过程,并且提高了生产量。在这项研究中开发的整体式喷墨打印头的工作频率为19 KHz。通过优化设计,这种整体式喷墨打印头可以提供比商用打印头更好的打印质量。

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