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New Strategies for Powder Compaction in Powder-based Rapid Prototyping Techniques

机译:基于粉末的快速原型技术中粉末压实的新策略

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In powder-based rapid prototyping techniques, powder compaction is used to create thin layers of fine powder that are locally bonded. By stacking these layers of locally bonded material, an object is made. The compaction of thin layers of powder mater ials is of interest for a wide range of applications, but this study solely focuses on the application for powder -based three-dimensional printing (e.g. SLS, 3DP). This research is primarily interested in powder compaction for creating membranes with specific properties.In this paper, methods of powder deposition are discussed and experiments carried out using a specimen powder bed apparatus and a custom powder compaction device, using these methods (doctor blade, forward and backward rotating roller, double action roller) with various parameters. The model of powder compaction is verified in experiments. Insight is gathered to gain a better prediction of powder compaction.
机译:在基于粉末的快速原型技术中,粉末压实用于创建局部粘结的细粉薄层。通过堆叠这些局部粘结的材料层,制成物体。粉末材料的薄层的压实对于广泛的应用是有意义的,但是该研究仅集中于基于粉末的三维打印(例如SLS,3DP)的应用。这项研究主要关注粉末压实以制造具有特定性能的膜。在本文中,讨论了粉末沉积的方法,并使用标本粉末床设备和定制的粉末压实设备进行了实验,并使用了这些方法(医生刀片,正向反向旋转辊,双作用辊)。实验中验证了粉末压实模型。收集洞察力可以更好地预测粉末压实度。

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