Lets start with the 'light' information:
Leitz: LSPX1H_T
Software: 2015.1
Mach: DEA 15.30.10
The machine allows me a good area in 'Y' to locate my part, it also has 12x slot locations that are put in at a nearly 40º angle to my -A- plane at 30º increments about -B-.
I am trying to get the proper combinations to allow the scanning to remain in the program and NOT drive me crazy when swapping between offline/online programming.
Here's what I do:
Locate the probe with readpoint, perform a quick DCC check to define where part is on table
Move probe to desired -C- location and have part physically rotated.
Perform 1 more quick DCC check to re-define where part is on table.
Now it is a FULL ABC pickup then off to measuring the unit.
All regular points work PERFECT to measure/evaluate, scanning on the other hand.....
When it gets to the point of scanning, production is having to CANCEL the run cycle and regenerate the scan path in order to complete the inspection. This is not acceptable as I'd like this program to be free of user intervention (run at offshift times). Trying to determine what should be my setup approach:
Current Scan parameters:
Exec Mode: Defined
Nominals Method: FindNoms
^This has been what I used to perform my scans and I am begining to think I need to swap them. Next Trial:
Exec Mode: Relearn
Nominals Method: Nominals
Online to Offline is really a seperate topic and I have a work around with it right now, but maybe some of you have already found a method that can be supplied.
Appreciate anyones help, I'm not used to scanning and it drives me BONKERS that scan parameters are not 'sticky' like auto/measured features!
Define surfaces location with super rough vector points followed by a nicer vector point. Set origin on that and proceed to scan wall. Repeat for each wall. Super simple approach and not the fanciest but should work on an ever changing part like a cast or thin plastic part or whatever.
Define surfaces location with super rough vector points followed by a nicer vector point. Set origin on that and proceed to scan wall. Repeat for each wall. Super simple approach and not the fanciest but should work on an ever changing part like a cast or thin plastic part or whatever.