Benchmarking of Inkjet Printing Methods for Combined Throughput and Performance,Advanced Engineering Materials

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Benchmarking of Inkjet Printing Methods for Combined Throughput and Performance
Advanced Engineering Materials ( IF 3.4 ) Pub Date : 2020-08-04 , DOI: 10.1002/adem.202000679
Matteo Bevione ₁ , Alessandro Chiolerio ₁

Affiliation

Digital manufacturing of electrically conductive lines on flexible, soft polymers represents a key step for the 3D integration of electronic devices. Yet, the tradeoff between throughput and performance, once substrate and conducting materials are fixed, is an often‐missing step in the literature. Herein, Ag conductive lines printed on a soft polymer are realized by means of piezoelectric inkjet printing, and three printing methods are compared to benchmark their output: drop on position, print on fly, and shingle method.

中文翻译：

喷墨打印方法的综合性能和性能基准测试

柔性，柔软的聚合物上的导电线的数字制造代表了电子设备3D集成的关键步骤。但是，一旦固定了基材和导电材料，在产量和性能之间的权衡是文献中经常缺少的步骤。本文中，通过压电喷墨印刷实现了在软聚合物上印刷的Ag导线，并比较了三种印刷方法以基准测试其输出：落点印刷，动态印刷和带状疱疹方法。

更新日期：2020-08-04

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