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Process development for the production of plastics parts with micro features

机译:具有微观特征的塑料零件生产的过程开发

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New production methods push the development in microsystem technology even further. Today's microsystems no longer only consist of semiconductors. The integration of different systems and the growing applicability of different materials such as polymers allow the production of complex and combined microsystems opening up entirely new markets for this technology. Within the scope of the paper, three different process technologies for the manufacturing of polymer micro components and structures are presented. First the optical functionalisation of larger surfaces using microstructured films made by extrusion embossing is discussed. For the direct comparability the possibilities to achieve similar functions on complex shaped parts by injection moulding are presented. For both processes the different influences of the manufacturing parameters on the microstructures are discussed in detail. The paper is concluded with the presentation of a novel method for the economical production of micro moulded parts with very low part weights.
机译:新生产方法进一步推动微系统技术的开发。今天的微系统不再由半导体组成。不同系统的整合和不同材料的不断增长的适用性,例如聚合物允许生产复杂的和组合的微系统为这项技术开辟全新的市场。在纸张的范围内,提出了用于制造聚合物微组分和结构的三种不同的工艺技术。首先,讨论了使用挤出压花制造的微结构薄膜的较大表面的光学官能化。对于直接的可比性,提出了通过注射成型在复合成型部件上实现类似功能的可能性。对于这两个过程,详细讨论了制造参数对微结构的不同影响。本文的结论是呈现了一种新型方法,用于经济生产微模塑部件,具有非常低的零件重量。

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