I’ve been struggling to get my maslow to draw squares - it is giving me rectangles
Rather than burn through wood I have a pen holder fitted and am drawing on cardboard with it
I have tried the automatic calibration, and a manual measurement calibration and I get the same result.
Drawing a 500x500mm square results in a 502x489mm drawing
Nice right angles, but short on the Y axis by 2.25%
This is fairly consistent between the auto and manual calibration
I have a horizontal setup approx 3700x2700mm between anchors
This is the results from @dlang’s fantastic calulator showing the dimensions and a 1mm measurement error in the manual diaganol measurements
keep an eye on it, the error may not be linear, so the scaling may need to
change (either due to position, say near the edge, or due to improvements in
future firmware upgrades)
the x/y scaling is a hack, but that just means it works for at least some
people, even if not the theoretical ‘right’ answer.
I was wondering if anyone has found the x/y scale isn’t working with FW1.11?
I tried to route 4 of 300 x 300mm squares and adjusted the x/y scale after each time before the next route and each time no change to the error, it was exactly the same error x=296 and y=303
I was wondering if anyone has found the x/y scale isn¢t working with FW1.11?
yes, there was a report on that I saw yesterday
I tried to route 4 of 300 x 300mm squares and adjusted the x/y scale after each time before the next route and each time no change to the error, it was exactly the same error x=296 and y=303
note that the maslow error is unlikely to be the same in different places on the
worksheet.
hey @bar are you still expecting to release new firmware that allows x/y scaling? Per my understanding above, scaling doesn’t work in 1.11?
I think I have my router all set up, I’ve been drawing 100mm squares and found that mine is 100.88% bigger that is should be on X axis and 95.77% of what is should be on Y.
In 3d printer land, we’d generally fix this sort of thing by applying a factor to the mm / step for the stepper on a given axis. It can also be done in post processing (slicing) by applying a factor to the generated g-code. It seems most elegant to allow a simple scaling feature as you have done.