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In my understanding, 'a good bit of variation' from part to part could mean a fractions of an inch. Am I right with this assumption, or could you please be a bit more specific?

There's a good bit of variation from part to part. They're the same part number, but the machine forms them differently each time. These aren't machined parts, they're formed using water.

How much variance is there? Are those different parts or just deformed ones? I have done it on start alignment, just add into it's name a position number or any identification and run that manually to store it's location.

Yes, I see the photo you posted. It makes sense what you're saying. The issue with the search distance is that the part may be leaning at a different angle for the next part. The probe will end up missing it entirely or run right into it because there's so much variation for every individual part. Will I have to do something similar with the start alignment? Create "ORIGINAL NAME-p1" / "ORIGINAL NAME-p2" / "ORIGINAL NAME-p3", but instead do the execute manual run after a start alignment?

If anyone needs help creating a working area partition (segments), please see the knowledge base article below. https://portal.zeiss.com/knowledge-base?id=3931483

If anyone needs help with importing CAD data, please see the knowledge base article below. https://portal.zeiss.com/knowledge-base?id=3931940

You're Welcome! If anyone needs help creating a working area partition (cuboids) you can see the knowledge base article below. https://portal.zeiss.com/knowledge-base?id=3926138

This definitely works too, and much simpler. Thanks.

You're Welcome! If anyone needs a list of supported CAD formats, please see the knowledge base article below. https://portal.zeiss.com/knowledge-base?id=3926037

This is what I came up, and it works. will try yours Randawgg too. Initialize switch=0 in the program pre-settings. Then some coding in the second sphere location in characteristics pre-settings.

Yes, i just normally open definition of base/start alignment, rename it and perform manual via button. But i doubt it will be the best option. According to your drawing i would stick to regular pallet and used start alignment with long search distance to avoid collision. Or do such start alignment to catch those variations. As you could see i have 3 part directly above and measuring it with long T probe.

In the pre-settings of the master probe sphere2 characteristic, put something in like: message("Change Reference Sphere To New Orientation") I believe the program halts until you hit "OK"

This wont work with my stylus system configuration as I have +Z styli.

Probably not much help, but I believe the Surfcom is made by ACCRETECH (Tokyo Seimitsu) for Zeiss and that's probably where the parts come from. You might step on some toes, but you might try reaching out to them and see if you can get what is needed quicker. Several independent metrology firms service Surfcom contour and roughness instruments, including: Cross Precision Measurement Q-Mark / Metrology Support Services MSI Viking Higher Precision Willrich Precision These companies often provide: Calibration Preventive maintenance Retrofit support Used or refurbished components Availability depends on whether the part is proprietary.

Yes, I do have PCM, but not quite advance user yet. If you could share some script , that would be great. thanks.

Do you have PCM?

To run that on CNC only will be hard because u need to change sphere position and remesure with master probe again, the better solution in my oppinion is to put the reference sphere in vertical position with this angle i dont use the 4 positions that you can shoose i manually put the angle and use the sphere in vertical position

Hi All, I have a stylus system with 7 styli's that cannot be calibrated in one sphere orientation setting. First setting for calibration of some styli's then second setting for the rest. How can I put something like a programmable stop for me to be able to turn the sphere for the second orientation before the masterprobe runs again for the second time in the new sphere location? Thanks in advance.

Thanks, I will check into PiWeb some more when I get the time. For now, I solved it with calculation in Result element.

@David Gafner I attached the photo below, it's very basic but that's it in photo form. Each part can be at varying heights with different bend angles in them. @Martin Jánský.2 How do you get back to the original alignment after you run "ORIGINAL NAME-p1" / "ORIGINAL NAME-p2" / "ORIGINAL NAME-p3" (and execute manual run for each)? Do you just rename the base alignment in the (base / start) window?

I'm using xxt probe. using cookbook

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@na_vor Ok, then this filter in knowledgebase will not work for you. But you can possibly make a custom template, where you will check in "Data provider" which characteristic you want to show and uncheck which to hide. But i have no exp. in this - don't know if there is some limit or if it can be used in automatic run. I can change with formula what is written, but can not hide whole row.

Hi Nanno, So, it can be said that the clamping forces depend on the deformation model, isn´t it ? Thanks to the info