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Organic Solvent Fumigation Bonding for Multi-layer Poly(methyl methacrylate) Microfluidic Device

机译:用于多层聚(甲基丙烯酸甲酯)微流体装置的有机溶剂熏蒸键合

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In this paper, a novel bonding method for microfluidic devices was presented. The organic solvent fumigation bonding method can be used to produce multi-layer PMMA microfluidic devices under the condition of room temperature and low pressure. During the bonding, we choose chloroform as bonding solvents, the polyimide tape was used to protect no-need-bonding side of the cover sheet and the sealant silicone adhesive was used to protect the microstructure in the bonding side. The substrate was fumigated for 5minutes in the saturated steam conditions, then remove the polyimide tape as well as the sealant silicone adhesive. Assemble the fumigation cover sheet to the substrate with microchannel by using fixtures, soon after put the fixture and the substrates into the oven, dried at 50°C for 10 minutes. Finally, remove the fixture, the bonding complete. Because of the bonding was accomplished under conditions of low temperature and pressure, the deformation of microchannel is very small. When the method was used for multilayer chip bonding, it also achieved good results.
机译:本文介绍了一种用于微流体装置的新型键合方法。有机溶剂熏蒸键合方法可用于在室温和低压条件下生产多层PMMA微流体装置。在粘合期间,我们选择氯仿作为粘合溶剂,聚酰亚胺带用于保护盖板的不需要粘合侧,并且使用密封剂有机硅粘合剂来保护粘合侧的微观结构。将基板熏蒸在饱和蒸汽条件下5分钟,然后取出聚酰亚胺带以及密封剂有机硅粘合剂。通过使用固定装置将熏蒸盖板与微通道组装到基材上,将固定装置和基板放入烘箱后,在50℃下干燥10分钟后。最后,拆下夹具,粘接完成。由于在低温和压力条件下完成粘合,微通道的变形非常小。当该方法用于多层芯片粘合时,它也实现了良好的效果。

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