Rapid fabrication of microcomponents

T. Hanemann, J. Hausselt, R. Ruprecht, M. Skrifvars, K. Zum Gahr, Wilhelm Pfleging
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引用次数: 12

Abstract

In the macroscopic world different 'rapid'-technologies like Rapid Prototyping, Rapid Manufacturing or Rapid Tooling have been established for a fast prototype or molding tool development. In all cases CAD-data can be transformed in a model or prototype directly using a laser which polymerizes reactive resin layer by layer to a final 3D mold within a short period. In this work the rapid fabrication of micro components made from polymers or composites will be presented. The whole fabrication process is divided into two main steps: Firstly laser assisted micro machining using Nd:YAG and KrF-Excimer laser allows a rapid manufacturing of micro structured cemented carbide or steel mold inserts. Secondly the application of light induced reaction injection molding using reactive monomer/polymer resins gives access to the replication of the previously fabricated mold insert. The total processing period starting from CAD until the modeled micro structured part is less than one week.
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微型元件的快速制造
在宏观世界中,不同的“快速”技术,如快速成型,快速制造或快速模具已经建立了快速原型或模具开发。在所有情况下,cad数据都可以在模型或原型中直接转换,使用激光将反应性树脂一层一层地聚合到最终的3D模具中。在这项工作中,将介绍由聚合物或复合材料制成的微部件的快速制造。整个加工过程分为两个主要步骤:首先,激光辅助微加工使用Nd:YAG和krf准分子激光允许快速制造微结构硬质合金或钢模具刀片。其次,使用反应性单体/聚合物树脂的光诱导反应注塑成型可以复制先前制造的模具插入件。从CAD到微结构零件建模,整个加工周期不超过一周。
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