Video: Understanding The Role Of L:D Ratio In Micromachining
When milling with tiny tools, changing the length-to-diameter ratio can significantly change the cutting parameters it is possible to achieve.
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The tool’s length-to-diameter ratio is significant in any milling process. The larger the ratio, the less rigid the setup. However, the difference in performance between different levels of L:D becomes even more pronounced when tools are particularly small.
This video shows machining footage involving tools as small as 0.008 inch in diameter. It defines the maximum practical limit of L:D for milling processes involving such small tools, and it analyzes how much cutting parameters need to change as the L:D ratio changes.
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