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Novel 3-D MEMS Approach to Digital Printing Electronics

机译:新型3D MEMS数字印刷电子方法

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摘要

An industry push to increase display pixel resolution, demand for improved jetability of complex fluids, and requirement for longer ink jet service life has mandated the advancement of new technologies to meet these demands. Digital technology is being explored as a route to improving manufacturing flexibility, decreasing manufacturing cost and reducing waste of expensive materials. Spectra is responding to new manufacturing challenges by continuous improvement in current ink jets and by designing ink jet modules with single crystal silicon Micro-Electro-Mechanical (MEMS) manufacturing processes. As a result the SX-128 has improved drop placement accuracy, jetting operability, and chemical resistance. Recent developments with MEMS processes are enabling the efficient development of a new ink jet product family capable of servicing a broad range of dispensing applications. This presentation will describe the results of improvements to the SX-128 as well as initial results with our new M-class~(tm) dispensing modules.
机译:业界不断提高显示像素的分辨率,对改善复杂流体喷射能力的需求以及对更长喷墨寿命的要求,都要求开发新技术来满足这些需求。人们正在探索数字技术,以提高制造灵活性,降低制造成本并减少昂贵材料的浪费。 Spectra通过不断改进当前的喷墨方式以及通过设计具有单晶硅微机电(MEMS)制造工艺的喷墨模块来应对新的制造挑战。结果,SX-128的液滴放置精度,喷射操作性和耐化学性均得到改善。 MEMS工艺的最新发展使高效喷墨新产品系列的开发成为可能,该系列产品可服务于广泛的点胶应用。本演讲将介绍SX-128的改进结果以及我们新的M级〜(tm)点胶模块的初步结果。

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