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Comparison of abrasive water jet technologies in terms of performance and kerf geometry accuracy for cutting ceramics

机译:磨料水射流技术在切割陶瓷的性能和Kerf几何精度方面的比较

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摘要

Hard machining of brittle materials such as ceramics is a process-oriented challenge. For the machining of such materials, abrasive water jet cutting is an appropriate alternative to the commonly used diamond grinding and laser cutting processes. In abrasive water jet machining the injection technology is currently used almost exclusively. Due to the realisation of the suspension jet technology a higher cutting performance can be achieved. In this article, the known injection technology and the suspension technology are compared. To do so, the influences on the quality were examined for trimming technical ceramics. The investigation illustrates that suspension technology trims with a higher accuracy than injection technology in matters of kerf geometry but with a lower material removal rate.
机译:脆性材料如陶瓷的硬加工是一种过程导向的挑战。 对于这种材料的加工,磨料水射流切割是常用的金刚石研磨和激光切割过程的适当替代方案。 在磨料水喷射加工时,目前几乎完全使用注射技术。 由于悬挂喷射技术的实现,可以实现更高的切削性能。 在本文中,比较了已知的注射技术和悬浮技术。 为此,检查了对修整技术陶瓷的质量的影响。 该研究说明了悬浮技术在Kerf几何形状的物质中具有比注塑技术更高的精度,但材料去除率较低。

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