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13-Aquamarine
May 15, 2024
Solved

how to make multiple copies of an operation in an array?

  • May 15, 2024
  • 2 replies
  • 1509 views

I need to mill 32 identical objects from a sheet of aluminum.  Operation includes drilling, countersinking, pocket milling and profiling of each part.  I've got the first instance set up in manufacutring and now I want to copy it into a 4x8 array such that all of the holes will be drilled, then all the countersinking, then the pocketing andf finally the profiling.  

 

I'm sure I've done this, but cannot remember how.  

Best answer by KenFarley

When I've done this I've just used patterns of the manufacturing sequences. Set up the sequences to make a single part, then pattern each of them to build the array. I just have to be very careful about where I'm entering for the milling cuts, and space the parts out enough so when I'm cutting any part I'm not damaging any of the adjacent parts in the array.

2 replies

13-Aquamarine
May 15, 2024

You might want to try a subroutine.

Manufacturing> Edit menu> Subroutines

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13-Aquamarine
May 15, 2024

I figured it out. As it was, I didn't have that big an investment in the machine sequences, so my solution was to go back to the part, make a pattern, then reload the manufacturing file which then saw all of the parts, enlarge the workpiece, then update the drill groups for the holes, the countersink routine fuond all of the holes by itself, and i only had to add the surfaces of the new parts to the pocket and profile routine.  

 

I need to munch on your suggestion, because I think it was a better answer to the original question I posed.

 

Many thanks,

John Ferguson

KenFarley21-Topaz IIAnswer
21-Topaz II
May 16, 2024

When I've done this I've just used patterns of the manufacturing sequences. Set up the sequences to make a single part, then pattern each of them to build the array. I just have to be very careful about where I'm entering for the milling cuts, and space the parts out enough so when I'm cutting any part I'm not damaging any of the adjacent parts in the array.