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Paul, let me start off by saying I have no background with a Romer arm, so take this info for what it's worth.
I have used and programmed manual and DCC CMMs for 15 years and PCDMIS still throws roadblocks in my path.
Things to consider:
1) be able to understand inch / metric if this is appropriate check
2) be able to read and interpret blue prints check
3) develope a good 'feel' for how the CMM takes points dont see that being a problem
4) be able to calibrate the Arm if required check
5) be able to troubleshoot questionable results check
6) understand GD&T No idea what that is, google search here i come
7) understand what the CMM can and cannot measure ok
8) a background in manual layout of parts is helpful check
9) programming and report generation is not always straight forward This is one of the big things that im worried about
10) the latest software upgrades may cause severe depression
11) PCDMIS can be unpredictable at times
12) be prepared to be on call 24/7 I have developed a probability equation that with a given rate of bad parts produced per x amount of parts in the order tells us the number of parts we need to check to have over y% probability of hitting our customers’ acceptance rate, that and our articles of first inspection is what we will be using it for so I don’t believe (as of now) we will need somebody 24/7, plus we have other ways of measuring our parts if we need to, sorry I forgot to mention that in the post
Probably many more things to consider, but this is a starting point.
Not everyone is well suited to measure parts accurately. Education level isn't always a good representation of a person's abilities.
If a person shows aptitude and a willingness to learn, give them a chance.
Best of luck.
Paul, let me start off by saying I have no background with a Romer arm, so take this info for what it's worth.
I have used and programmed manual and DCC CMMs for 15 years and PCDMIS still throws roadblocks in my path.
Things to consider:
1) be able to understand inch / metric if this is appropriate check
2) be able to read and interpret blue prints check
3) develope a good 'feel' for how the CMM takes points dont see that being a problem
4) be able to calibrate the Arm if required check
5) be able to troubleshoot questionable results check
6) understand GD&T No idea what that is, google search here i come
7) understand what the CMM can and cannot measure ok
8) a background in manual layout of parts is helpful check
9) programming and report generation is not always straight forward This is one of the big things that im worried about
10) the latest software upgrades may cause severe depression
11) PCDMIS can be unpredictable at times
12) be prepared to be on call 24/7 I have developed a probability equation that with a given rate of bad parts produced per x amount of parts in the order tells us the number of parts we need to check to have over y% probability of hitting our customers’ acceptance rate, that and our articles of first inspection is what we will be using it for so I don’t believe (as of now) we will need somebody 24/7, plus we have other ways of measuring our parts if we need to, sorry I forgot to mention that in the post
Probably many more things to consider, but this is a starting point.
Not everyone is well suited to measure parts accurately. Education level isn't always a good representation of a person's abilities.
If a person shows aptitude and a willingness to learn, give them a chance.
Best of luck.
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