Troy442
Mechanical
- Oct 7, 2008
- 12
I hope I am in the correct area. I did a few stp242 searches and found no results.
For generic 3D CAD file outputs, step 203 and 214 are now part of step 242. Does anyone know what advantages were made (if any) on the CNC machining side?
As a simple example say a 3D CAD feature is 40mm +3/-0. This tolerance is annotated in 3D or created with SolidWorks MBD (model based definition)package. Will the CNC machine aim for the nominal 40mm from CAD? Meaning a failed part if just undersized. A human machinist might not go for the "perfect" 40mm.
Does step242 slow the tool path based on tight tolerances in 3D? Any machine change for surface finish? With GD&T does it know anything about tolerance, MMC, MMB etc. If the designer drives a tolerance to zero and uses only "bonus tolerance" (I know some hate that term, so shift)does the CNC follow those criteria?
***BASICLY, is there any smart intelligence between the CAD output STP242 and a CNC machine?***
Thanks for your time, Troy
For generic 3D CAD file outputs, step 203 and 214 are now part of step 242. Does anyone know what advantages were made (if any) on the CNC machining side?
As a simple example say a 3D CAD feature is 40mm +3/-0. This tolerance is annotated in 3D or created with SolidWorks MBD (model based definition)package. Will the CNC machine aim for the nominal 40mm from CAD? Meaning a failed part if just undersized. A human machinist might not go for the "perfect" 40mm.
Does step242 slow the tool path based on tight tolerances in 3D? Any machine change for surface finish? With GD&T does it know anything about tolerance, MMC, MMB etc. If the designer drives a tolerance to zero and uses only "bonus tolerance" (I know some hate that term, so shift)does the CNC follow those criteria?
***BASICLY, is there any smart intelligence between the CAD output STP242 and a CNC machine?***
Thanks for your time, Troy