And here we go again... first layer problem even with beacon3D
Hello guys!
Recently i have purchased a Beacon 3d, went through all setup and calibration steps. Beacon latency check had a score of 3, all parameters during calibration were more then fine.
Here is my heightmap scale: 0.036 to -0.030
Nevertheless, even after fine tuning of Z, i am receiving the following results, where one side of test print is ok, and other has ripples.
This just drive me crazy. I would appreciate if anyone can give a hint or advice.
Printing with ABS, bed temp 105, filament temp 235, speed 100 mm/s
47 Replies
This was printed during fine tuning, so there is a difference in texture. It was printing from the low right corner to the upper left corner. In the middle of the print i set offset to 0.4 and kept it for the rest of the print.
printed once again with max speed of 50 mm/s
https://github.com/HelgeKeck/RatOS/blob/documentation_v2.1/site/docs/configuration/beacon_contact.md
"5. BETA! Automated Beacon Scan Compensation"
Try this part
GitHub
RatOS/site/docs/configuration/beacon_contact.md at documentation_v2...
The preconfigured Raspberry Pi image that makes it easy to run Klipper + Moonraker + Mainsail on your printer. - HelgeKeck/RatOS
This is my result after running BEACON_MEASURE_GANTRY_TWIST
Will now make the rest of the steps anyway
Unfortunately, after printing similar piece but 5 layers height, instead of 1 like before, i still have the same issue
This drives me really crazy…
out of curiosity how does your bed scan look cold and warm?
Here is the results
how long was it at hot?
also what model and size printer?
and when you post mesh pictures can you include the side that shows the totals, etc that is to the right.
My printer is RatRig V-Core 3.1 300 mm.
My steps are:
1. Initial homing, Z-tilt and then Cold bed scan performed.
2. After soaking for a while Beacon and a bed with temp 105 deg. i re-homed Z, make Z-tilt again and make a scan.
Another 40 minutes and after re-homing and new Z-tilt results are:
I will now print those squares, and after each one, I will adjust the Z-offset by the smallest amount. I will then try to find the sweet spot and afterwards reprint the original test piece.
