Development Assembly Methods of the Micro-capillary Fill-tubes and Micro-capsule

Wen-rong Wu, Yi Yang, Juan Zhang, Dasong Wang, Lie Bi
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Abstract

Aiming at the problem of assembling Micro-capillary fill-tubes and Micro-capsule in inertial confinement fusion (ICF) target manufacturing, a Micro-assembly workstation is developed. Through the workstation, this paper proposes a new micro-assembly method depending on micro-assembly force, multi-microscopic vision, micromanipulator and time/pressure pL micro-bonding technology. In order to determine the relation between influence factors and micro-bonding spot, this paper carried out simulation modeling and analysis of time/ pressure bonding process. According to it, assembly experiment is successfully accomplished. The result shows the assembly method is very effective and meets the requirements of ICF target.
微毛细管填充管和微胶囊的研制组装方法
针对惯性约束聚变(ICF)靶件制造中微毛细管填充管和微胶囊的装配问题,研制了微型装配工作站。通过该工作站,提出了一种基于微装配力、多显微视觉、微机械手和时间/压力pL微键合技术的新型微装配方法。为了确定影响因素与微粘接点之间的关系,本文对时间/压力粘接过程进行了仿真建模和分析。据此,成功地完成了装配实验。结果表明,该装配方法是非常有效的,满足了ICF目标的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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