Full printer accuracy tuning

Okay, Teaching tech has the basic get your printer extruding well, https://teachingtechyt.github.io/calibration.html, or a Klipper specific version Welcome! | Ellis’ Print Tuning Guide

Vector3D has our XY, XZ, YZ skew. Finally a great way to REALLY dial in your printer!!! This is the one most people never do. https://vector3d.co.uk/product/calilantern/, and https://vector3d.co.uk/product/califlower/. My words of advice here, adjust your hardware to the best of your abilities before having the software do the rest.

CNC Kitchen’s newest video introduced me to the files, https://www.youtube.com/watch?v=H7OsnMLDIMw

I have previously offered simple versions of this, Printer tests and calibration. These paid files will get you dialed in even further. It is up to you if it is worth the money to you or not.

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This is also a great one for klipper users. It has helped me get dialed in for sure

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I will add this to the first post!

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I could have sworn I’ve seen a different video on that file and it had a free stl. Going to see if I can find it again

Nope I’m an idiot. It’s the same one you posted lol. But here is the video…

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Can recommend the Califlower download from Vector 3D. Used it to skew correct all my printers. You could design the stl yourself but the accompanying spreadsheet when you purchase the file is where the value is.

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Appreciate these resources. Helpful guidance/doc content. Cheers!

Made quick calibration crown to test some things. Was my first print. In fact first ~10 prints until I got dimensions, skew, bed adhesion, probe offset, flow, speed and some other stuff good enough to be worth using more time and filament on…

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So has anyone tried the tuning file from V3d yet? I ended up buying both of them. If you haven’t yet and are going to just get the Calilantern one. The first one is great but the Lantern is way better and gets all 3 axis in one print. Doesn’t take too long to print. Takes forever to measure it all out but gave some really good numbers in the end. I will see if I can find the screen shots I took and ill post them up if anyone is interested.

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Been thinking, one way to quickly measure dimensions/skew without doing huge prints is to print a thin square that extends to most of the XY plate. Then jog print head to various locations, at each location use calipers to measure distance from nozzle to corners/features of the print. Then do some math to figure out estep and skew correction changes needed.

Trying to measure from the nozzle to somewhere on the print is going to be real tricky to keep accurate. The cone shape of the nozzle doesn’t give you anywhere good to place the calipers accurately. The Calilantern print only took 2 1/2 hrs and used 51.5 grams of filament. Thats not bad at all to me.

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Ok so I started off with the smaller of the 2 models. I should have just went for the large one first and thats what I suggest for anyone else wanting to try this.

Here were the results from the small model…

fcef498d3bf45afb32ecb56eb43c51c60e7a0776_2_690x466
ed166fed51dbaedf9b518922ce2dad91d5bed95a_2_649x500

Then after inputting the suggestions from the first model I purchased and ran the larger model…

You will see at the top where I told it what numbers I was already using. That helps it give an accurate adjustment.

bfbbe50bc62217b8927be530fcb67afb57fba3c1_2_690x417
ce3e06a88faa30b601435a31873d22018e7f58c1_2_448x500
e9d23a916688d4a52cb05b3a0faa814f6a9175fd_2_439x500

After inputting the suggestions I ran the print again to see how the changes looked.

93bbe7e437468019bcfd53636a78876e7a2dbb8a_2_690x428
199170b67e4345a25a43dd7cb28760156d9fa153_2_500x500
55147d15ebc7754b4d6731450b89c1204017888e_2_533x500

I decided to leave it alone here. Felt like going more was just going to be chasing zeros. If anyone has any questions I’ll do my best to answer

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