I have a 3d Printer outfitted with an induction probe and was wondering if
Machinekit has autoleveling featured?
I looked into it and found that it does G29 probing, but not sure if that
makes a matrix or is like a z endstop?
https://github.com/machinekit/machinekit/blob/master/nc_files/remap-s
I'm not using a 3d printer but on my cnc router we use gcode ripper and it
works great.
You could extract what you wanted from its guts and make it work for you I
think.
Fernando
On Thu, Jan 12, 2017, 3:13 AM 'IonicBasher' via Machinekit <
machinekit@googlegroups.com> wrote:
> I have a 3d Printe
That is very interesting for wrapping CNC gcode on an unleveled surface
however I am unsure if it would work with an stl file. However the
principle is indeed the same.
BCNC also has this feature built in for milling circuit boards and such. Am
just unsure if machinekit currently has it also sin
> On 12 Jan 2017, at 12:11, 'IonicBasher' via Machinekit
> wrote:
>
> That is very interesting for wrapping CNC gcode on an unleveled surface
> however I am unsure if it would work with an stl file. However the principle
> is indeed the same.
> BCNC also has this feature built in for milling
So if I use the probe to obtain those points. I would then need a program
to make a matrix. Then another program to compensate for all incoming gcode.
Sounds like I would be reverse engineering what is in other 3d printing
firmware and porting to machinekit.
The language for machinekit is pyth
So if I use the probe to obtain those points. I would then need a program
to make a matrix. Then another program to compensate for all incoming gcode.
Sounds like I would be reverse engineering what is in other 3d printing
firmware and porting to machinekit.
The language for machinekit is pyth
On 12/01/17 15:17, 'IonicBasher' via
Machinekit wrote:
So if I use the probe to obtain those points. I
would then need a program to make a matrix. Then another program
to compensate for all incoming gcode.
Sounds like I
You can try to integrate probekins in Machinekit.
This is a modified kinematics with geometry compensation.
It is using a matrix of points previously built by probing the surface.
Will acts as the bed compensation code we can find in Marlin firmware.
http://wiki.linuxcnc.org/cgi-bin/wiki.pl?Probe
Thank you for the advice. I will look into probekins and see if it can be
adapted for auto leveling.
May take a while.
However is there anyone who ever got dual extrusion working?
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website: http://www.machinekit.io blog: http://blog.machinekit.io github:
https://github.com/machinekit
---
Yo
This has been discussed previously:
https://groups.google.com/forum/#!topic/machinekit/59JYBgsiGSE
https://groups.google.com/d/msg/machinekit/5bjHTzH5HRo/Fh66t4hqDa8J
https://groups.google.com/forum/#!topic/machinekit/mhfg2pzXZbk/Feeg3hUvCQAJ
I just have no idea, if Seth Pierson ever managed to ge
Yes, using the Python FDM HAL it's a single flag. Afaik the "UNI-PRINT-3D"
config supports it:
https://github.com/thecooltool/UNI-PRINT-3D
Also see
http://machinekoder.com/mini-3d-printer-from-hobbyking-running-with-cramps-board-and-machinekit/
for details on how to get the HAL FDM working.
How
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