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Two-component injection moulding simulation of ABS-POM micro structured surfaces

机译:ABS-POM微结构化表面的两组分注射成型模拟

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Multi-component micro injection moulding (μIM) processes such as two-component (2k) μIM are the key technologies for the mass fabrication of multi-material micro products. 2k-μIM experiments involving a miniaturized test component with micro features in the sub-mm dimensional range and moulding a pair of thermoplastic materials (ABS and POM) were conducted. Three dimensional process simulations based on the finite element method have been performed to explore the capability of predicting filling pattern shape at component-level and surface micro feature-level in a polymer/polymer overmoulding process. Flow front predictions are compared with experimental results using the short shots technique over the whole miniaturized component and within the surface micro structures.
机译:多组分微注射成型(μIM)工艺(例如两组分(2k)μIM)是大规模制造多材料微产品的关键技术。进行了2k-μIM实验,该实验涉及具有亚毫米尺寸范围内微观特征的小型测试组件,并模制了一对热塑性材料(ABS和POM)。已经进行了基于有限元方法的三维过程仿真,以探索在聚合物/聚合物包覆成型过程中预测组分级别和表面微观特征级别的填充图案形状的能力。使用短射技术在整个小型化组件上以及在表面微结构内,将流锋预测与实验结果进行了比较。

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