Copied from a PM post I just made.
To All:
Ok, here are some times from my antique 2004 GibbsCAM on my home computer.
52 seconds: To create the geometry - Triangle, Circle, Square, Bolt hole pattern.
42 seconds: To create the 4 tools on the fly.
3 minuted 17 seconds: To program the part roughing all the steps leaving .005 stock on each, and then going back and doing a finish pass to size. (the old standard - rough everything before finishing anything)
4 minutes 51 seconds: Is the total time using this method, INCLUDING geometry creation.
Now there are a couple of ways to automate some of this. IF the tools were "Saved As Process" it would take 30 seconds to load them. (this old Gibbs can only load them one at a time)
Gibbs can also save processes - tools & operations.
2 minuted 43 seconds: Is what the machining would take by saving the spotting/drilling/tapping cycles as a process and just selecting the bolt circle points and hitting the "Do it" button. And this includes the manual programming of profiling with the 1" end mill. But WITHOUT adding the geometry creation step.
3 minutes 35 seconds: Total time INCLUDING the geometry creation step.
So what's the conclusion here? Heh, that there are quite a few time variables depending on how you want to plan your processes, even using ONE CAM system, let alone considering all the varied features of different CAM systems.
Actually IMO this is a fun learning experience. I wish I had thought about doing this years ago.