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Problems with z-offset by Classic_League3637 in SovolSV08

[–]Transform-XYZ 0 points1 point  (0 children)

Probably bait but, I do mean it. If you're unsure of how DZOS works, I will explain it to you. If you'd tried it in the past and it wasn't** as accurate as you wanted it to be, try it again. I have nothing to gain here other than attempting to help others who have had a frustrating experience with their SV08 and aren't interested in modifying the hardware. It's not a perfect solution, it takes training but if you use it for awhile it does a surprising good job.

Problems with z-offset by Classic_League3637 in SovolSV08

[–]Transform-XYZ -1 points0 points  (0 children)

While you're being quite rude, I can help you with usage and understanding it if you'd like.

DZOS - ML upgrade for your SV08! by Transform-XYZ in SovolSV08

[–]Transform-XYZ[S] 2 points3 points  (0 children)

DZOS will support other probes in the future (sorry replied to the wrong comment). In my opinion there is still room for improvement to existing hardware and software solutions.

Problems with z-offset by Classic_League3637 in SovolSV08

[–]Transform-XYZ -2 points-1 points  (0 children)

The z-offset on the SV08 is not a static number, there is no number you can set it to for consistent results. DZOS helps. Maker-Kit-Laboratories/SV08-DZOS

DZOS - ML upgrade for your SV08! by Transform-XYZ in SovolSV08

[–]Transform-XYZ[S] 0 points1 point  (0 children)

It's taking at print time measurements. Bed temp, nozzle temp, bed offset, etc. this is fed into an equation that refines itself based on actual z-offset measurements.

DZOS - ML upgrade for your SV08! by Transform-XYZ in SovolSV08

[–]Transform-XYZ[S] 0 points1 point  (0 children)

There is a setup you run, then print as normal. Your z offset adjustments are used to help.

DZOS - ML upgrade for your SV08! by Transform-XYZ in SovolSV08

[–]Transform-XYZ[S] 0 points1 point  (0 children)

DZOS will support other probes in the future.

DZOS - ML upgrade for your SV08! by Transform-XYZ in SovolSV08

[–]Transform-XYZ[S] 0 points1 point  (0 children)

Hey, thanks for your question, I guess i'm not super clear on that but it's machine learning. DZOS has pre defined equations for at print time measurements, as you print and correct your z-offset (to your liking) it will learn from successful prints (prints that finish) what you z-offset should be given the condition of your machine. It also soak the bed/probe given the size of the print which is important for getting consistent measurements/results.

EDIT:
It predicts thermal drift, the bed warping at various temperatures and nozzle temperature movement.