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Please use this identifier to cite or link to this item: http://ir.ncue.edu.tw/ir/handle/987654321/11380

Title: Self-Assembly of Flat Micro Components by Capillary Forces and Shape Recognition
Authors: Fang, Jiandong;Liang, Sheng-Hsiung;Wang, Kerwin;Xiong, Xiaorong;Bohringer, Karl F.
Contributors: 機電工程學系
Date: 2005-04
Issue Date: 2012-06-06T01:43:06Z
Abstract: This paper summarizes our recent reports on self-assembly of flat micro components based on two major mechanisms: capillary-driven self-assembly and feature-directed self-assembly. The capillary-driven self-assembly is demonstrated in both a liquid environment and an air environment, and high accuracy self-alignment is achieved due to interfacial energy minimization. Working devices such as Light Emitting Diode (LED) and PZT components are successfully assembled by the capillary-driven self-assembly processes. The feature-directed self-assembly relies on complementary features on micro components and receptor sites, thereby has no constraint on component shapes. Two different feature-directed and uniquely orienting self-assembly processes.
are demonstrated: one is a semi dry process based on gravity-driven
self-alignment, and the other is a completely dry process based on two-stage
shape recognition. The feature-directed and uniquely orienting self-assembly
processes can be applied to either wafer level packaging of micro devices or
part feeding and palletizing for robotic assembly systems.
Relation: Capillary Forces and Shape Recognition." 2nd Annual Conference on Foundations of Nanoscience: Selfassembled Architectures and Devices (FNANO), Snowbird, UT
Appears in Collections:[機電工程學系] 會議論文

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