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首页> 外文期刊>F & M: Fabricating & Metalworking >SIMPLE, EFFECTIVE CROSSHOLE DEBURRING OF COMPLEX METAL PARTS
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SIMPLE, EFFECTIVE CROSSHOLE DEBURRING OF COMPLEX METAL PARTS

机译:复杂金属部件的简单,有效的跨孔去毛刺

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摘要

In automated machining, the removal of burrs and sharp edges in cross-drilled holes and other difficult-to-access areas, such as undercuts, grooves, slots, or internal holes, can be tedious and time consuming. One particular challenge is deburring the intersection of cross-drilled holes that are frequently found in engine and transmission components. Despite the challenges, the removal of burrs from this production process is an absolute must for high quality, precision parts. In many applications, cross-drilled holes act as conduits for fluids, lubricants and gases. Failing to remove burrs can cause blockage of these critical passages or create turbulence in the flow. Burrs can also lead to part misalignments, affect dimensional tolerances, and limit the overall efficiency of machined components.
机译:在自动加工中,在交叉钻孔和其他难以接近的区域中移除毛刺和锋利边缘,例如底切,凹槽,槽或内孔,这可能是繁琐的且耗时的。 一个特殊的挑战是在发动机和传动部件中经常发现的交叉钻孔的交叉点。 尽管存在挑战,但从该生产过程中拆除毛刺是绝对的高质量精密零件的绝对必备。 在许多应用中,交叉钻孔充当流体,润滑剂和气体的导管。 未能删除毛刺可能导致这些关键段落的阻塞或在流中产生湍流。 毛刺还可以导致部分错位,影响尺寸公差,并限制加工组件的整体效率。

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