What do you think?
Most recent calibration Results
Slightly modified tower calibration macro
Digital indicator
80C bed
GeckoTek build plate
Diagonal Rod length 290.8
Horizontal Radius 143.4
[youtube]http://www.youtube.com/watch?v=p3lEOkgZtko[/youtube]
Calibration results?
Re: Calibration results?
Looks great! How does the build plate work? Does it have magnets or something? Trying to figure out the gap in the side of it. Is it flexible?
Questions? Ask in a thread - PMs are off.
AI Calibration | Dimensional Accuracy Calibration | Hand-Tune your PID | OctoPi + Touchscreen setup | My E3D hot end mount, Z probe, fan ducts, LED ring mount, filament spool holder, etc.
AI Calibration | Dimensional Accuracy Calibration | Hand-Tune your PID | OctoPi + Touchscreen setup | My E3D hot end mount, Z probe, fan ducts, LED ring mount, filament spool holder, etc.
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Johncoffee
- Printmaster!
- Posts: 87
- Joined: Tue Feb 23, 2016 6:25 pm
- Location: Switzerland
Re: Calibration results?
I would suggest to lift the hot end for some 2..3mm when moving the gauge to avoid any sort of scratches etc. on the glass & hot end!
Re: Calibration results?
I considered that, but the gauge has a ball end, and does not appear to do any scratching at all. This also lets me see any variation in values during the move.
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Johncoffee
- Printmaster!
- Posts: 87
- Joined: Tue Feb 23, 2016 6:25 pm
- Location: Switzerland
Re: Calibration results?
Ok, cool. A ball that rotates during the moves?
Still I would suggest to do the lifts between individual moves - you might add a few steps on each axes do get more values between.
If you have even light friction between the gauge ball head and the bed, you will even have undesired forces from the side to the gauge. (If you have a rotating ball of course not)
Still I would suggest to do the lifts between individual moves - you might add a few steps on each axes do get more values between.
If you have even light friction between the gauge ball head and the bed, you will even have undesired forces from the side to the gauge. (If you have a rotating ball of course not)