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A New 3D, Direct-Write, Sub-Micron Microfabrication Process that Achieves TrueOptical, Mechatronic and Packaging Integration on Glass-Ceramic Substrates

机译:一种新的3D,直接写入,亚微米级微细加工工艺,可在玻璃陶瓷基板上实现TrueOptical,机电一体化和封装一体化

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The 2D MEMS processes today provide limited capability to achieve true 3D functionality. In addition,integration of the MEMS into functioning systems is difficult and often represents over 80% of the cost of the finalpackaged solution. Finally, the batch nature of the process, while efficient from a production efficiencystandpoint, introduces significant time and tooling investment to get functioning product. In this paper wedescribe a true sub-micron, 3D micro-fabrication process that represents a paradigm shift toward “rapidproduction” of integrated solutions for a broad range of applications including micro-replication, microrobotics,MOEMS and microfluidics.
机译:今天的2D MEMS工艺提供有限的功能来实现真正的3D功能。此外,很难将MEMS集成到功能系统中,并且通常占最终封装解决方案成本的80%以上。最后,该过程的批处理性质(从生产效率的角度来看是有效的)会引入大量的时间和工具投资来获得可运行的产品。在本文中,我们描述了真正的亚微米3D微制造工艺,该工艺代表了朝着“快速生产”集成解决方案的范式转变,适用于包括微复制,微机器人,MOEMS和微流控在内的广泛应用。

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