Toward better printing quality for a drop-on-demand ink-jet printer: improving performance by minimizing variations in drop properties
Toward better printing quality for a drop-on-demand ink-jet printer: improving performance by minimizing variations in drop properties
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提高按需喷墨打印机的打印质量：通过最大限度地减少墨滴特性的变化来提高性能
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
S. Weiland
中科院分区：
文献类型：
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作者：
M. Ezzeldin;P. V. D. Bosch;S. Weiland
按需喷墨 (DoD) 喷墨打印是一种在各种打印表面上沉积皮升墨滴的高效技术。 DoD 技术与各种液体兼容，并且不需要接触打印介质。国防部喷墨打印结合了多种优势，包括高速、安静运行以及与各种打印表面的兼容性。此外，DoD 印刷无需任何额外的平版印刷工艺即可制作图案。与传统的图案化工艺相比，喷墨印刷可以减少加工步骤，从而降低生产成本。因此，DoD喷墨技术被应用于许多工程和科学应用中（见图1），例如印刷电路板导电轨迹的形成、平板显示器和等离子显示器中的彩色滤光片、聚合物发光二极管显示器、有机晶体管以及DNA微阵列的构建[1]-[5]。
Drop-on-demand (DoD) ink-jet printing is an efficient technology for depositing picoliter drops on various printing surfaces. DoD technology is compatible with various liquids and does not require contacting the printing media. DoD inkjet printing combines several advantages including high speed, quiet operation, and compatibility with a variety of printing surfaces. Moreover, DoD printing can make patterns without any additional lithographic process. Ink-jet printing can reduce the number of processing steps compared to conventional patterning processes, which results in a lower production cost. Therefore, DoD ink-jet technology is applied in many engineering and scientific applications (see Figure 1), such as the formation of the conductive tracks for printed circuit boards, color filters in flat panel displays and plasma displays, polymer light-emitting diode displays, organic transistors, and the construction of DNA microarrays [1]-[5].