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Making 2 Part Programs into 1. One Graphic, One report

DCHRM
I have a top half part program, and a bottom half. Is there a way I can merge the two? I want to run the top half, program A, then input a comment to the operator for them to flip the part, touch off, then measure the bottom half. All using one graphic, one report, one model. I don't want the features measured on the bottom half, program B, to be in space. I want the features to be pulled from the same model used in program A. Then dimension all 500 items in one report.

Can an equate alignment work? I thought those were used if the part moves laterally in any direction. But in this case, I need to flip the part to measure the bottom half.

Any advice?
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  • So now.. about a year later... I need to prove that the equate process is sound....

    Has anyone ran into issues using the equate?

    My only issue so far, is that sometimes i cannot grab the same planar points, but i do probe the same circles. So I'll probe 3 hits on Datum A 2 cirlces. interative. then go. Flip it, probe 3 points on a parallel surface to datum A, and still grab the same 2 holes. equate done.

    The boss says that if I dont grab the same 3 points from the 1st aln, then the equate is equating incorrectly.

    I just cant explain the process correctly to justify the method.

    Ander posted earlier that the uncertainty will increase. But does the equate malfunction if you're not using the same features? I do, just not the planar ones.

    Does this make sense?
  • in reply to DCHRM
    The boss is right. (nobody likes to hear that)

    In order for the metrology aspect to be sound, you need to probe the same points. In addition to the possible parallelism error, the amount the parallel plane is off from nominal is induced into the flopped position as measument error in the Z direction.

    Equate isn't malfunctioning, but
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  • in reply to DCHRM
    The boss is right. (nobody likes to hear that)

    In order for the metrology aspect to be sound, you need to probe the same points. In addition to the possible parallelism error, the amount the parallel plane is off from nominal is induced into the flopped position as measument error in the Z direction.

    Equate isn't malfunctioning, but
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