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What sensor are you running for collecting data? you mention a scan, so it's obviously not a TTP sensor.
Most of the Romer arm hardware is not capable of reproducing data precise enough to discern pass/fail for a 0.010" total tolerance feature.
RS5 scanners are reproducible from ±0.044mm (0.0017") to ±0.172mm (0.0068"),
AS1 scanners are reproducible from ±0.041mm (0.0016") to ±0.163mm (0.0064")
--depending on the arm length and series it's mounted to.
Here's a snip directly from hexagon romer arm manual
{"data-align":"none","data-size":"full","title":"image.png","data-attachmentid":535177}
You might be stuck using a wooden ruler, for dimensions that only a caliper can effectively quantify. This might be a case of the wrong tool for the job.
What sensor are you running for collecting data? you mention a scan, so it's obviously not a TTP sensor.
Most of the Romer arm hardware is not capable of reproducing data precise enough to discern pass/fail for a 0.010" total tolerance feature.
RS5 scanners are reproducible from ±0.044mm (0.0017") to ±0.172mm (0.0068"),
AS1 scanners are reproducible from ±0.041mm (0.0016") to ±0.163mm (0.0064")
--depending on the arm length and series it's mounted to.
Here's a snip directly from hexagon romer arm manual
{"data-align":"none","data-size":"full","title":"image.png","data-attachmentid":535177}
You might be stuck using a wooden ruler, for dimensions that only a caliper can effectively quantify. This might be a case of the wrong tool for the job.
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