建議

本研究為使板件製程可執行符合平面度要求又高效率之加工。若 希望可進行低汙染、降低刀具成本以及低表面粗糙度之製程，則可依 下列建議進行研究。

1. 可考慮使用目前較熱門的微量潤滑，進行低汙染的綠色切削，並探討 於微量潤滑下銑削參數對板件平面度之影響，以及建立該平面度之模 型。

2. 本文可實行之加工參數的區間中並未考慮切削之不穩定以及銑削強迫 振動之現象，因此未來建議於可實行銑削參數中考慮銑切之動態限制 條件，以避免表面粗糙度上升、刀具壽命下降以及工具機之損壞。

3. 於本次實驗中皆以槽銑進行加工，因此後續建議可以不同徑向切深納 入實驗配置之中，觀察不同徑向切深對於平面度之影響。

4. 考慮表面粗糙度於品質特性的限制中，則可進行更多目標響應曲面的 最佳參數求得，如此可使加工之成品表面粗糙度更小亦可符合平面度 之限制。

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