You know it measures within your tolerances to 2 inches at the normal inspection temperatures your customer will use. Now here is a neat trick you can perform with the probe: Lastly, let’s say that bore has to be 2.000 inches, plus 0.0001 and minus 0.0000. Let’s further assume you need to make a bore that is extremely accurate and that your part is held in a fixture that has a bore right on the fixture that you have painstakingly made accurate to extreme tolerances. Let’s say your machine is equipped with an accurate digital touch probe that can measure things very accurately. ![]() ![]() But, there’s an even more clever use for scaling. For starters, you might have the same shaped feature and just need to repeat it in a different size. ![]() Scaling can be an extremely useful feature when creating a g-code program.
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