用低粘度流体夹持

C. Bark, T. Binnenbose, G. Vogele, T. Weisener, M. Widmann
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引用次数: 54

摘要

在弗劳恩霍夫国际工业协会,各种胶粘剂夹持器已经开发出来。抓手的主要特点是高度灵活的形状,大小和处理单位的材料。此外,胶粘剂夹持提供了非常准确的定心效果以及顺应效果。用于夹持的粘合剂是一种低粘度的流体,它在蒸发时不会在装置表面留下影响功能的颗粒。流体的表面张力将单元吸引到夹具上,并形成力,可以非常安全地握住微机械部件,而不会损坏这些部件的易碎表面结构。自动胶粘剂夹紧系统可以集成为一个标准的工具,在处理系统,如MEMS,微电子设备或精密工程产品。给出了工艺参数、提升力和零件位置公差的理论检验和实验结果。除了自动夹持器外,还研制了两种不同的手动夹持器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gripping with low viscosity fluids
At Fraunhofer IPA various adhesive grippers have been developed. The gripper's main features are high flexibility regarding shape, size and material of the units handled. Furthermore adhesive gripping provides a very accurate centring effect as well as a compliance effect. The adhesive used for gripping is a fluid of low viscosity, that evaporates without leaving particles on the unit's surface which influence the function. The surface tension of the fluid attracts the unit to the gripper and builds up forces that can hold micromechanical parts very safely without damaging the breakable surface structures of these parts. The automated adhesive gripping-system can be integrated as a standard tool in handling systems such as for MEMS, for microelectronical devices or for precision engineering products. Theoretical examinations and experimental results concerning process parameters, lifting forces and tolerances of the parts position are presented. Besides the automatic gripper two different manual adhesive grippers have been built and investigated.
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