A Mems Micro-Tweezers for Precision Micro Fabricating and Assembly

Hao Zhang, Chenglong Dong, He Li, Jie Zhang, Xi Wang
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Abstract

This paper presents the fabrication and characterization of a MEMS micro-tweezers system based on precise welding. It can be used in picking and placing a variety of micro parts such as MEMS devices and solder particles. The gap between the tips of micro-tweezers is 500um and the width of the cantilever is 100um. A micro-box fabricated by welding is used to control the closing and opening of the tweezers. The closing force of the tips can achieve 200mN, and by changing the size of the tips and the actuating distance, the closing force can be well controlled. The micro-tweezers can be used manually or installed in the micro-manipulation systems to make the experiment process easy to operate and more precise.
用于精密微加工与装配的Mems微镊子
本文介绍了一种基于精密焊接的微机电系统微镊子系统的制作与表征。它可用于拾取和放置各种微部件,如MEMS器件和焊料颗粒。微镊子尖端之间的间隙为500um,悬臂宽度为100um。采用焊接制作的微盒来控制镊子的启闭。刀尖的关闭力可达到200mN,通过改变刀尖的大小和作动距离,可以很好地控制关闭力。微镊子可以手动使用,也可以安装在微操作系统中,使实验过程易于操作,精度更高。
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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