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首页> 外文期刊>Journal of Advanced Manufacturing Technology >A STUDY OF PRINTING PLATE MOULD DEVELOPMENT BY USING 3D PRINTERS FOR MICRO-FLEXOGRAPHIC PRINTING PROCESS
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A STUDY OF PRINTING PLATE MOULD DEVELOPMENT BY USING 3D PRINTERS FOR MICRO-FLEXOGRAPHIC PRINTING PROCESS

机译：利用3D打印机进行微弯印刷工艺的印版模具发展研究

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Micro-flexographic is a new printing technique that has been implemented by combining flexographic printing and micro-contact printing technique. Flexographic printing is generally a high-speed production in roll to roll printing technique widely used in the graphic printing industry. Micro-contact printing technique is usually employed to produce fine solid line structures in micro to nano scale. Mould preparation for printing plate is also one of the vital parameters in micro to nano scale image printing. A precise mould could be used to produce the most accurate printing plate for micro-flexographic printing. The three dimension (3D) printer has the capability of producing fine solid lines below 100 μm in width and gap on master mould for the printing industry. This research elaborated the use of various 3D printers to produce a master mould for micro-flexographic printing. This paper investigated the capability of multiple 3D printers in creating micro to nano fine solid lines in the master mould for future development and application of printing in the electronic, graphic and bio-medical field.
机译：微柔版印刷是通过将柔版印刷和微接触印刷技术相结合而实现的一种新的印刷技术。柔性版印刷通常是在卷对卷印刷技术中的高速生产，广泛用于图形印刷行业。通常采用微接触印刷技术来产生微米至纳米级的细实线结构。印版的模具准备也是微米至纳米级图像印刷的重要参数之一。可以使用精确的模具生产用于微柔版印刷的最精确的印版。三维（3D）打印机具有在印刷行业的母模上产生宽度和间隙小于100μm的细实线的能力。这项研究详细说明了使用各种3D打印机生产用于微型柔版印刷的母模。本文研究了多种3D打印机在母模中创建微米​​至纳米细实线的能力，以供电子，图形和生物医学领域中印刷的未来开发和应用。

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