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Looking for opinions

I'm not currently at work, so I can't recall the exact model of my probe. I think I'm using the HSPX (?), with the large, magnetic base, maybe 1.75" diameter? I'm sure many, if not all of you have had this happen at least one time, if not many, many more. When you rotate, your probe catches the part, the fixture, or even the side column on the cmm and knocks the probe off. Here's my question. Do you automatically recalibrate, or do you kind of base it off the tolerance of whatever you're checking? I'm just curious how others approach this.

Thank you
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  • We don't have oodles of time. That's why I do what I do. We have very large and very small parts, so keeping the sphere on the stage is not an option. If I required people to calibrate the tip angles before each program ran, there would be mutiny. I rarely have to calibrate anything during critical hours which makes it all worth it. Only when crashes happen. We have parts with .060in tolerance and some with .0005in or less tolerance for medical and aerospace, so just letting a crash slide isn't an option for me. We only run 2 shifts, which, is better than 3 so I can find some time throughout the day to perform my calibrations, but even during critical hours I am willing to shut a machine down if my tip correlation isn't up to snuff.
    Although, if I only had to deal with .020in tolerances, I wouldn't be near as critical. With those tolerances, I wouldn't shut the machine down unless tip correlation exceeded .002in. (10%)