majarspeed / unklicky Goto Github PK

I would love to switch to VORON TAP using Unklicky as I can't get a hold of optical sensor. However I have an issue with my linear rail carriage. I have a RobotDigg MGN12H which has plastik / non conductive part where the screws are supposed to make contact (half of carriage thickness). Would there be any chance for a version for these kinds of carriage?

Hello, I have to (unfortunately) modify the step for use of 5x3 magnets (6x3 are very hard to buy in here and I do not want to wait for the magnets to arrive from China). So I am about to modify the model, unfortunately I see that one magnet (the top one on the face where these 3 magnets are, so inside one of them, the face is a little bit higher then I would suppose. Is it meant to be like this or is it just some small mistake? That face seems to be extruded towards the top by 0.1mm

Another "question" I would have is, the holes for magnets seems to be 2.8mm deep, while magnets are 3mm. Is it mean to be like that so the magnets overflow the top face?

The photos don't match the STL. I don't understand how to wrap the wire on Shapedpin_point_v2.stl

With the new version of Tap R8 we have some improvement. One was moving the hole on the top part 0.4mm as shown in the image.

It would be nice if we can implement the same change here, I'm using the xol2 toolhead and changes are being made to the Tap Version to align with R8.

I hope this gets some attention here and thanks for providing with this awesome alternative, it has been working awesome for me!

Hi,
Just got Unklicky Tap running, but I can't get consistent measurements.

05:18:07 // Klipper state: Ready
05:18:29 $ G28
05:19:12 // probe at 50.000,25.000 is z=6.603000
05:19:13 // probe at 50.000,25.000 is z=6.635500
05:19:13 // Probe samples exceed tolerance. Retrying...
05:19:13 // probe at 50.000,25.000 is z=6.648000
05:19:14 // probe at 50.000,25.000 is z=6.635500
05:19:14 // Probe samples exceed tolerance. Retrying...
05:19:15 // probe at 50.000,25.000 is z=6.618000
05:19:16 // probe at 50.000,25.000 is z=6.655500
05:19:16 // Probe samples exceed tolerance. Retrying...
05:19:17 // probe at 50.000,25.000 is z=6.635500
05:19:17 // probe at 50.000,25.000 is z=6.633000
05:19:18 // probe at 50.000,25.000 is z=6.660500
05:19:18 !! Probe samples exceed samples_tolerance

My probe from printer.cfg:

[probe]
pin: ^PG15
x_offset: 0
y_offset: 0
speed: 5.0
samples: 3
samples_result: median
sample_retract_dist: 1.0

samples_tolerance: 0.01
samples_tolerance_retries: 3

Not sure why it's so inaccurate

I cant open STEP files for BFP and also Unklicky/Unklicky_Probes/Unklicky/CAD/
I suspect files might be corrupted? I am using F360.
I also can't open them with "online step viewers".

Hi, so... i am a little out of my element here, first time doing anything on github,

i just finished a fully parametric design of a new endstop, and i would love to be mentioned on your project, it's made with same idea of always closed and magnets as unklicky, but it's fully parametric, for printers that are bedslingers and normally have electronics in the bottom and metal bottom. as it uses a magnet to make it firm in base

this is the project, i would be honored to be mentioned on this project

https://github.com/PorcoMaster/SexPillar

Just printed the "slim" version, and it came out great except that the chamfer on the supported partion is overhaning the built-in support to much. Leaving a less than ideal result 😅

I've widened the support with 1mm in total so that it's fully supporting everything:
https://mega.nz/folder/sV8TGSID#w6U6yWF4Cdu5oPiOOKkUmg

I can't figure out how to run the wire through the part, I can't make sense from the photos and the description.
Also, he photos don't match the STL's. I think the threaded insert has to be set deeper than the photo indicates?
Is the threaded insert M3x5x4 ?

Is it normal to the stalk be miss aligned?

It’s the effect of the repulsing magnet is not aligned.

Is this expected ?

Edit: it work as expected, like a spring. But I don’t know if it is supposed to be this way.