Achieving True Flexible Machining

John Lenz

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Achieving True Flexible Machining

机译：实现真正的柔性加工

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With the right approach, flexibility can be achieved without negatively influencing quality and/or output. Most flexible machine cells are acquired precisely because they are capable of a high degree of flexibility. Such cells are configured with identically tooled machines, duplicate fixtures, and multiple pallets. The intention is that any pallet/fixture can be loaded on any machine. But, in reality, while the potential for a great deal of flexibility is available, very little flexibility is actually utilized. The reason for this limited use of flexibility is simply that maintaining quality is more important to users than maximizing the number of alternative paths available in a flexible machining cell. A path is a combination of part number, pallet number, and the sequence of machine numbers for each operation. As the number of paths increase, so does the quality plan's complexity.

机译：使用正确的方法，可以实现灵活性，而不会负面影响质量和/或输出。精确地获取大多数柔性机器单元是因为它们具有高度的灵活性。此类单元配置有相同的工具机，重复的固定装置和多个托盘。目的是可以将任何托盘/固定装置装载到任何机器上。但是，实际上，尽管具有很大的灵活性潜力，但实际上很少利用灵活性。有限地使用灵活性的原因仅仅是，对于用户而言，保持质量比最大化柔性加工单元中可用替代路径的数量更为重要。路径是零件编号，货盘编号以及每次操作的机器编号顺序的组合。随着路径数量的增加，质量计划的复杂性也会随之增加。

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《Manufacturing Engineering》 |2011年第6期|共5页
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John Lenz;
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中图分类机械零件及传动装置;
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Achieving True Flexible Machining

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