Calibration. Probe, set to ”on” with g-code?

Snapmaker 2.0
1

Hi!

Can i export calibration data from my Snapmaker 2.0 A350? Have seen people show calibration data on a grath, how?

One more thing, can i send a command to set the probe to be ON?

Will try a program that controll the Snapmaker, but get an error when its start, ”probe status is OFF”, set it to ON to continue. (Bed leveler 5000)

2

Your whole machine firmware settings are available by entering M503 to the console.

Through M503 or M420V you get your grid points, these could be copied in online bed visualizer or you export it to a graph in excel.

3

Octoprint + bed visualizer add-on.

4

Okey, Thank you!

Is the easyest to graph in excel?

Can i send the M420V in luban connected with cabel or is octoprint it has to be?
Do it work with Beagleprint?

5

It’s available over serial connection and a terminal.
Luban (wifi or USB) or octoprint (usb) or…
Search the web for bed or mesh visualizer:

6

hmm, get this. But cant send it in to the visualizer you linked, is a blank graph.

M420V
Bilinear Leveling Grid:
0 1 2 3 4
0 +8.075 +8.274 +8.472 +8.604 +8.757
1 +8.100 +8.305 +8.464 +8.660 +8.882
2 +8.185 +8.359 +8.452 +8.666 +8.874
3 +8.072 +8.274 +8.445 +8.577 +8.755
4 +7.930 +8.151 +8.382 +8.584 +8.652

Subdivided with CATMULL ROM Leveling Grid:
0 1 2 3 4 5 6 7 8 9 10 11 12
0 +8.07500 +8.14125 +8.20750 +8.27375 +8.34250 +8.41125 +8.47250 +8.52042 +8.56083 +8.60375 +8.65333 +8.70542 +8.75750
1 +8.08111 +8.14911 +8.21710 +8.28333 +8.34780 +8.41049 +8.46968 +8.52265 +8.57211 +8.62435 +8.68242 +8.74327 +8.80412
2 +8.08722 +8.15696 +8.22670 +8.29292 +8.35309 +8.40974 +8.46685 +8.52488 +8.58338 +8.64495 +8.71150 +8.78112 +8.85074
3 +8.10000 +8.17005 +8.24009 +8.30500 +8.35995 +8.40977 +8.46375 +8.52542 +8.59125 +8.66000 +8.73222 +8.80736 +8.88250
4 +8.13120 +8.19854 +8.26588 +8.32639 +8.37270 +8.41217 +8.46004 +8.52364 +8.59564 +8.66930 +8.74295 +8.81826 +8.89356
5 +8.16907 +8.23227 +8.29546 +8.35028 +8.38701 +8.41536 +8.45606 +8.52017 +8.59663 +8.67305 +8.74531 +8.81754 +8.88977
6 +8.18500 +8.24588 +8.30676 +8.35875 +8.39148 +8.41532 +8.45250 +8.51509 +8.59102 +8.66625 +8.73588 +8.80481 +8.87375
7 +8.16324 +8.22542 +8.28759 +8.34208 +8.38085 +8.41193 +8.45176 +8.50825 +8.57349 +8.64018 +8.70639 +8.77405 +8.84171
8 +8.11954 +8.18484 +8.25014 +8.31000 +8.36038 +8.40531 +8.45143 +8.49980 +8.54936 +8.60356 +8.66510 +8.73128 +8.79745
9 +8.07250 +8.14069 +8.20889 +8.27375 +8.33449 +8.39190 +8.44500 +8.49037 +8.53143 +8.57750 +8.63333 +8.69416 +8.75500
10 +8.02722 +8.09730 +8.16738 +8.23569 +8.30284 +8.36822 +8.42824 +8.47981 +8.52602 +8.57255 +8.62137 +8.67050 +8.71963
11 +7.97861 +8.05034 +8.12207 +8.19347 +8.26577 +8.33774 +8.40537 +8.46826 +8.52681 +8.57815 +8.61892 +8.65249 +8.68606
12 +7.93000 +8.00338 +8.07676 +8.15125 +8.22870 +8.30727 +8.38250 +8.45671 +8.52759 +8.58375 +8.61648 +8.63449 +8.65250

echo:Bed Leveling ON
echo:Fade Height OFF
ok

7

What’s about the G29 output?

8

I think the bed visualizer for Octoprint is one of the easiest solutions.

The UBL Mesh Editor is very helpful and practical.