This simple example, I want to carve out the background, leave the text untouched. When I create the toolpaths it also takes away the letters, things like that while I have created a first toolpath of the text with zero height…
I know the solution is probably very simple but most other programs gives me a much clearer simulation results, it visualizes (3D) exactly what is going to happen so it’s easier for me to learn what I’m doing wrong. CC doesn’t have that, the simulations doesn’t help very much…
If you have a BitSetter, you can run jobs that have multiple tools in one file. When the tool number changes, the machine prompts you for the new tool.
If you do not have a BitSetter, you cannot run jobs that have multiple tools in one file.
So, you can run the Advanced VCarve Toolpath if you have a BitSetter.
(note: there are “hacky” ways to split a single file with multiple tools into multiple files each with one tool, but that requires work outside of CC/CM)
Ok, I don’t have a bitsetter but the machine stopped in the middle of the carve. That might have been the moment that I needed to change the bit…
So, if I understand it right, I can’t use the Advanced Vcarve option without a bitsetter… That is unfortunate. Even simple programs like Easel can do that, when it’s time to change the bit, Easle will raise the bit and tell you to change it, after that it tells you to Z-probe again and it continues carving…
Set it up as 2 separate toolpaths, a pocket and a Adv Vcarve without the pocketing.
disable the Vcarve & output Gcode. Now disable the pocket & enable the Vcarve & output Gcode.
2 separate files
or use @fenrus’s tool to split the single gcode file generated by CM’s Advanced v-carve toolpath. You end up with one file for the pocketing part and another file for the vbit part, which you can then just run sequentially, resetting Z zero in between
Thanks for all the advice gents, appreciate it. While I was thinking about what to do, use some different software or the tool Julien suggested, the solution came from a totally unexpected side, my wife. “so why don’t you buy a bitsetter then”?
Hi Jon, I don’t know if the bitsetter would work with other machines, for me, it works great on my 4XL. I’m sure someone else here knows that answer to your question.
It’s made to mount to the Shapeokos, specifically. The BitSetter is a fantastic, seamlessly designed accessory for the Shapeoko, but it is, essentially, a probe. The BitSetter, though it uses a proximity sensor, is a switch that shorts the probe pin to ground.
If you can connect a probe to your machine, you can bitSet.
the BitSetter has a specific connector (and a couple of adapters) — you’re on your own for hooking it up to a non-Carbide 3D machine
while there is specific support for managing tool changes using a BitSetter in Carbide Motion, other software may not have this feature — you’re on your own for software support for configuring a BitSetter and making use of it in software other than Carbide Motion