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Design and fabrication of a polymeric micro-filter

机译:聚合物微过滤器的设计和制作

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This paper reports on design, fabrication and characterization of a micro-filter for hearing aid, dialysis media and inhaler. The microfilter, with mesh of 80 μm, is fabricated by micro injection moulding process in polymeric material (Polyoxymethilene - POM) using a steel mould manufactured by micro electrical discharge machining process. A novel filter configuration is proposed and, in the design step, the characteristics of the filter are investigated by numerical simulation in order to define a suitable geometry for micro-injection moulding. Then, different process configuration of parameters (melt and mould temperature, injection velocity, holding time and pressure, cooling time, pressure limit) are tested in order to obtain the complete part filling. Finally the component is dimensionally characterized and the process parameters optimized to obtain the maximum filtration capacity.
机译:本文报道了用于助听器,透析介质和吸入器的微过滤器的设计,制造和表征。使用通过通过微电路放电加工过程制造的钢模制造的聚合物材料(聚氧亚烯烯-POM)中的微注射成型方法制造微型过滤器。提出了一种新的过滤器配置,并且在设计步骤中,通过数值模拟研究了滤波器的特性,以便为微注射成型定义合适的几何形状。然后,测试了不同的参数的处理配置(熔体和模具温度,注射速度,保持时间和压力,冷却时间,压力限制)以获得完整的部分填充物。最后,该组件的规模表征尺寸,并且优化的过程参数以获得最大过滤能力。

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