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Operational Design of Magnetostrictive Inkjet PrintHead

机译:磁致伸缩喷墨打印头的操作设计

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This paper presents the redesign of the first magnetostrictive inkjet printhead (MagJet). The redesign includes the structural redesign and operational redesign. After completing the process successfully, the redesigned MagJet is subjected to testing. The effect of backpressure from a commercial syringe pump is evident. The operating frequency with backpressure reaches up to 1.5 kHz, although that without backpressure is 650 Hz. The droplet size at a frequency of 800 Hz is about 53 μm, less than half of the nozzle size. It can be concluded that various droplets can be made by combining frequency with a proper flow rate. Backpressure prevents the MagJet from air inclusion in the nozzle, so continuous ejection of the droplets are possible.
机译:本文介绍了第一磁致伸缩喷墨打印头(Magjet)的重新设计。重新设计包括结构重新设计和操作重新设计。成功完成过程后,将重新设计的Magjet进行测试。从商业注射泵到商业注射泵的影响是显而易见的。背压的工作频率达到1.5 kHz,但没有背压是650 Hz。频率为800Hz的液滴尺寸约为53μm,小于喷嘴尺寸的一半。可以得出结论,可以通过将频率与适当的流速组合来进行各种液滴。背压防止Magjet在喷嘴中的空气中夹杂物,因此可以连续喷射液滴。

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