CoolHandLuke
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let me give you a sample of how precision our technology is.
some time ago we noticed we were having a bite problem. some (not all) of the cases we did were having issues with improper vertical; it seemed as though the teeth in the arch had been shifted somehow, either up or down. and we did a lot to isolate the cause. what we finally found was an actual factual milling bug.
we could mill a case and the finishing, the look of the teeth the finish of the margin all looked fine to the naked eye. but using computer vision with 3d scanning we found units were "off" but a certain factor.
for example: in dark blue is the computer Design, and in colours, the overlay on it of the milled unit. the redder it is, the worse the unit is.
all that to say we found bugs in the machine code that led us to a solution.
now we can mill something perfectly. we (I) expect to find this same *kind* of bug in other machines, especially in users who buy milling equipment and expect it to work right out of the box.
some time ago we noticed we were having a bite problem. some (not all) of the cases we did were having issues with improper vertical; it seemed as though the teeth in the arch had been shifted somehow, either up or down. and we did a lot to isolate the cause. what we finally found was an actual factual milling bug.
we could mill a case and the finishing, the look of the teeth the finish of the margin all looked fine to the naked eye. but using computer vision with 3d scanning we found units were "off" but a certain factor.
for example: in dark blue is the computer Design, and in colours, the overlay on it of the milled unit. the redder it is, the worse the unit is.
all that to say we found bugs in the machine code that led us to a solution.
now we can mill something perfectly. we (I) expect to find this same *kind* of bug in other machines, especially in users who buy milling equipment and expect it to work right out of the box.