Skull Pilot
Diamond Member
- Nov 17, 2007
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I'll agree with your experience. It's not universal though. Your computerized lathe probably didn't jam much and if it did, you'd open up the tailstock, pull out the old piece and put in a new one. The manufacturing machines I have experience with can jam up horribly and when they do, there's not just one piece that needs to be replaced - there are a bunch.I've seen with my own eyes the people who used to do things by hand having to deal with the machines that were set up to increase efficiency. They might not perform a major overhaul but they have to know a lot more than they did and for not much more pay.Sometimes the devil is in the details and it doesn't seem like you really know anything about manufacturing. That the machine is there doesn't make it any easier for the people who have to tend it. Oftentimes it's much harder because when there's a malfunction, it's very painful to get back on track.OK Mr literal.
Next time I won't use a hypothetical since that seems to be beyond you.
A program a sequence only needs to be entered once by one or a few people thereby allowing many other people who do not know how to program the machine to monitor it. Productivity goes up even though the number of skilled people needed diminishes.
Either way more work is being done by less skilled labor and less skilled labor is not worth the same as highly skilled labor.
When there is a malfunction the unskilled guy monitoring the machine calls the skilled guy to fix it.
Once again there are fewer skilled repair people needed and the lower skilled people are paid according to their skill level.
You seem to think every person on the factory floor knows how to rip apart every machine as well as write the computer code for it and you say I don't know what I'm talking about?
Excuse me while I chuckle.
So tell me expert, what the hell have you ever manufactured? I was under the impression that you were more of a paper pusher.
Now maybe but I spent my time on a factory floor running machinery that I neither programmed nor repaired.
It's not too hard to insert wood stock into computerized lathe now is it?
Tell me is that worth the same as a guy who actually hand turns the stock?
Let me help you out here:
The answer is no.
And usually one or two guys know how to repair the machine. Not everyone needs to be trained to do so. So once again we are still at the point where there is less skilled labor therefore a monetary savings for the company because all the people who only know how to tend a running machine are not worth the same as those who know how to tear it down and repair it or program it.
So we see that a workforce of less skilled labor supported by a very small cadre of highly skilled people and the available other businesses that specialize in more technical support services can out produce one that historically needed a much higher skill set.
So I ask again is the increase in productivity a function of the increase in skills of the labor force or the skills of those who develop implement and maintain the technology?
If it is the latter as I posit then shouldn't the lower end of the labor force be paid less than those of the past that were more highly skilled so as to compensate the new specialized work force?