DDCSV1.1 4 Axis controller

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Merlin201314:

--- Quote from: old Zozo on January 13, 2017, 04:31:45 PM ---
--- Quote --- ...set up the output code as " generic" and...
--- End quote ---

-Have you though "default" ?

Truly excellent program. A lot of thanks. I've made some g-codes, tomorrow I'm going to try.
I can't find X, Y, Z, +/- end values, but at least I know them. Or this link could help:
https://nraynaud.github.io/webgcode/

Do you use G02/G03 without any problem? I can see, they are switchable.

--- End quote ---
Yes i was mean "default" just try jour G-code as it is, you have the option for the milling direction by using Climb milling or Conventional milling, which will switch the G02/G03, but if you are using a Laser it doesen't make any difference i suppose? Is your Laser driven by PWM signal for the power?
How you control the power from engraving to cutting with this controller?
Regards

old Zozo:
Wow! Toolpath generated by Estlcam is right. I tried it with milling.

I tried laser drive by PWM, but rising rate of PWM is very long. Default value is 1111, I set 0, which one equivalent 1sec. Unusable. So I use M10/M11 to switching, power adjusted manually.

Furthermore, I tried to switch with A-Dir. This is unusable too, due to every Dir impulse are only 0.1 sec, always goes to LOW level. There is no continuous HI level.

Will_D:
What is the correct/best post processor to use for the g-code generation

Fusion 360 suggests:

"fanuc incremental.cps - generic FANUC (with G91)

Merlin201314:
are you generating 3d path or just 2.5D?
as stated below, EstlCam is a good one for 2.5D path, personally i do not use Fusion as i already have VisiCam which is absolutely amazing for 3D path

Chipist1:
"fanuc incremental.cps - generic FANUC (with G91)

A complete program with incremental programming is very very very hard to debug. I would avoid it like the plague. Use absolut programming (G90)
My 2 cents

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