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An Analysis of Recent Advances in Solid Ink Printer Performance from a Print Head Perspective

机译:从打印头角度分析固体墨水打印机性能的最新进展

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The customer experience of offset solid ink printing systems relies to a large degree upon the performance of four primary components: the print head subsystem, the transfer and fusing (or "transfix") subsystem, the receiver media, and the ink itself. While each of these ingredients plays a crucial role in the performance of the device, over the years the technology within the print head subsystem has been shown unquestionably to drive the greatest increases in offset solid ink printer performance. The following paper begins with an overview of an offset solid ink printing device highlighting the key aspects of this technology. Following this introduction, focus shifts to the print head subsystem, advances in which form the nucleus of a technology set enabling greatly improved print quality at speeds significantly higher than prior color offset solid ink printers.rnKey technology elements of the print head subsystem are discussed, including their impact on system performance in terms of throughput, print quality, cost, and reliability. An architectural description of the subsystem will be presented, contrasting it with those that have come before. Similarly, jetting behavior will be discussed, as will calibration methods for the performance of the subsystem. The paper concludes with a brief look forward to the future of solid ink print head technology.
机译:胶印固体墨水打印系统的客户体验在很大程度上取决于四个主要组件的性能:打印头子系统,转印和定影(或“ transfix”)子系统,接收器介质以及墨水本身。尽管这些成分中的每一个在设备的性能中都起着至关重要的作用,但多年来,打印头子系统中的技术无疑已显示出可推动胶印固体油墨打印机性能的最大提高。以下论文从胶版印刷固体油墨印刷设备的概述开始,重点介绍了该技术的关键方面。继此介绍之后,重点转移到了打印头子系统上,这些技术的发展形成了一套技术核心,可以大大提高打印质量,速度大大高于现有的彩色胶印固体油墨打印机。讨论了打印头子系统的关键技术要素,包括它们在吞吐量,打印质量,成本和可靠性方面对系统性能的影响。将介绍子系统的体系结构描述,并将其与以前的描述进行对比。同样,将讨论喷射行为,以及子系统性能的校准方法。本文最后简要介绍了固态墨水打印头技术的未来。

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