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Reducing production costs of e-mobility interior and exterior components by using Poly Jet 3D printing for direct tooling

机译:通过使用Poly Jet 3D打印来降低电子移动内部和外部部件的生产成本进行直接工具

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The purpose of this paper is to show how additive manufacturing technologies - such as PolyJet 3D printing - can lead to significantly reduced production costs of e-mobility components. First, the current market situation will be portrayed in order to assess developments and resulting challenges which are likely to be faced by the automotive industry in the near future. Also the necessity of e-mobility due to emission regulations will be further explained. To make e-mobility affordable, the production costs need to be reduced, which can be achieved by using new production technologies and leveraging innovative processes. This paper primarily deals with the production of thermoforming molding tools, using a PolyJet 3D printer. Therefore, different requirements regarding adequate molding tools will be derived and the application of PolyJet 3D printing will be discussed. Finally, printable materials will be presented followed by proof of overall feasibility.
机译:本文的目的是展示如何添加剂制造技术 - 例如多射精3D打印 - 可以导致显着降低电子移动部件的生产成本。首先,将描绘目前的市场情况,以评估发展的发展,并导致汽车行业在不久的将来面临的挑战。还将进一步解释由于排放规定导致的电子流动性的必要性。为了使电子移动价格实惠,需要减少生产成本,可以通过使用新的生产技术和利用创新过程来实现。本文主要涉及使用PolyJet 3D打印机的热成型模塑工具的生产。因此,将导出关于适当成型工具的不同要求,并且将讨论多胶3D打印的应用。最后,将提出可打印材料,然后呈现出整体可行性的证明。

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