I used 1510 for a base line and adj. xyz through accrual stroke of gantry's. Open build with spark controller v4 and drawing with xcarve pro is like a dream to use and execute. Great hand shake between programs, no stress

 

hola alguien trabaja mach3 con este cnc

 

Hello guys.
Sorry for my bad eng.
Please help me.
I'm already confused.
I bought ooznest ox cnc on aliexpress (SPAM 3d store).
1000 * 1000
And also bought a set of Lolette NVUM V2 and drivers TB6600.
I collected all the mechanics. And stretched all the wires.
But with the tuning microstep and "motor tuning"(mach3) - does not work right.
My machine:
Belting.
Belt - GT3.
GT3 Pulley - 6.35 / 20T
Motors - 23hd56001y-21b
Chinese drivers TB6600

I need to properly set up Microstep on drivers.
And in MACH3 adjust motor tuning set up.
the seller has a setup guide.
But there only for lead-screws version.
I have the version - belting machine.

 

[QUOTE = "Azamat O, post: 81091, miembro: 32624"] Hola chicos.
Lo siento por mi mal eng.
Por favor, ayúdame.
Ya estoy confundido
Compré onocnest ox cnc en aliexpress (SPAM 3d store).
1000 * 1000
Y también compró un juego de Lolette NVUM V2 y controladores TB6600.
Coleccioné todos los mecánicos. Y estiró todos los alambres.
Pero con el microstep de ajuste y el "ajuste del motor" (mach3), no funciona bien.
Mi maquina
Correaje.
Cinturón - GT3.
Polea GT3 - 6.35 / 20T
Motores - 23hd56001y-21b
Conductores chinos TB6600

Necesito configurar correctamente Microstep en los controladores.
Y en MACH3 ajustar la configuración del motor.
El vendedor tiene una guía de configuración.
Pero sólo hay para la versión de los tornillos de plomo.
Tengo la versión - máquina de cinturones.


View attachment 39837

 

Guys plz halp me.
Have (belt version) OXCnC 1000*1000.
And have skew Y+A axis.
In the extreme forward position, from the side of the axis "A" there is a bias. As in the photo.
In the extreme rear position (slid all the way in), there is no such bias.
p.s. sorry for my english i use Google for translate.

Addition:
I connected wire the motors to driver like this:
Y Axis - ABCD
A Axis - DCBA

Addition2:
If you raise the edge of the axis A.
The distortion disappears...

 

They are absolutely the same.
This is a set, I did not produce anything myself.
If you raise the edge of the axis A.
The distortion disappears...

 

Your build is not squared. I had a similar issue with my Workbee which you can search for in this forum. Do this simple test: find a perfectly flat surface, and try to stand your extrusions on either end. You’ll probably notice a slight wobble with respect to the flat surface. This is caused by the threading done to the holes at the ends of the extrusions; it literally bulges the extrusion around the hole ever so slightly. If your extrusions don’t have any threads tapped, then check for square (flat surface against long side of the extrusion). A slight angle will throw off you build. YouTube has a few videos of people that have run different tests on this issue and how to check for square.
I had mine extrusions recut with a perfectly square miter saw (just a 1 mm or 2 mm) to square it. Other people have used bench top sanders, and others have used shimmies to square their builds.
Since you bought your kit off of China, you are stuck; you have to fix in which ever way you can. If you have access to a precision metal machine shop, you can ask them (pay them) to square them for you. Do not try filing them by hand as you’ll make them worse.

 

Guys i need some help. I am looking for an updated plan of the plate for the z axis . i want the 23 nema plate but i cant find anything on the net. i thought i have seen this somewhere in the past but i can recall where.

 

thanks for ur reply but i couldn't found it . maybe i am not looking carefully enough. anyway i draw it and cut it already but thanks anyway.

 

Anybody running the new Blackbox controller on an OX?

I just got around to switching mine over from a Tiny to the blackbox. I'm looking for help with the grbl settings. I'm using the Openbuilds control software and the only preset machines they have are all leadscrew machines. It been sooo long since I set up my TinyG I can't find my notes on steps etc.

Thanks

 

Once I finally got back to working on the OX it turns out it was pretty simple. Had to set $4=1 (enable) X and Y steps to 26.667 and Z to 200 steps. Moving around good now!

 

You need to calibrate it. Those numbers are ideal everything to exact spec numbers. Move the machine to one end as far as it can go. Use the spindle/router to leave a tiny dot. Move to the opposite end on the same axis. Leave another dot. Note the difference between theoretical and actual. Repeat with the other axi. Z is a little more difficult, but can be done with an object whose exact height is known. From there just go with the feeler gauge (paper) method.

Theoretical / Actual * Th.Steps = Ac.Steps

 

Measured the actual machine movements and it is dead on.

 

For the large version i need to side V-Slot rails 750 to 1500 ? Is it just a problem to extend the sides? sorry for my bad language

 

Guys i need some help . I am trying to find an easy way to strengthen my z-axis on the cheap . I do have a lot of flexibility and when it comes to drillling aluminum it can't center itself. Did anyone come over this and solve it ? If so, how ?

 

i haven't did anything in z axis . it is stock ox 1500x1000 . i have some flex on the whole carriage that runs on the double 60x20 profile but i dont mind . What is bother me is the flex on the z axis. When it comes to drill then it is flexing along y axis. i mean instead of going down vertically ( z-axis) when it touch the part then it flexs a little on the y axis.

 

the c-beam upgrade needs internal mini wheels, or it is just the outside wheels ?