![]() Michael I can give you my instructions file if you want to give this CamBam VM integrated approach a try. My new M1 Mac Mini is due to arrive on Tuesday, so that’s worth bearing in mind. Many thanks for the interesting post, John (the VM manager is "UTM", I used a Linux M1 build from the UTM people, and the Raspberry PI version of CamBam)Įdited By John Alexander Stewart on 02:42:22 Something to keep in mind for you should you find QCAM lacking. I'm not sure about QCAM will keep playing with it, but CamBam is incredible. Not the full directory structure, but that's ok and I can likely modify that later if I wish. The only small niggle is that I currently have 1 directory shared between the MacOS system and the VM. I think it's faster than my older Intel based desktop. I have a Mac Mini computer with the new M1 chip, and what I do is I run Linux in a Virtual Machine, which contains CamBam. However, I'm so used to my (licensed) CamBam CAM program that I'm still using that. I too have upgraded my old QCAD license to the latest, with the CAD side purchased as well. … at first sight, it looks quite promising though. I ended-up buying the QCAD/CAM license for just under £100, but haven’t really put the CAM side through its paces. Good to know it works to your satisfaction. I don’t think the freeware version has this facility, but it’s only £30 or do to buy outright, so I will do that I think, This is on the trial professional version, which expires every 15 minutes. dwg files so I can still use all the Autocad drawings I’ve got. Tried QCAD and got in with it quite nicely. > Preset parameters > PreSetting Laser > Toolpath: Rectangle > Toolpath: Oval_Fast > Toolpath: Oval_Slow <<< Grbl G-code file generated by QCAD/CAM (RibbonSoft) The Toolpaths ‘Oval_Fast’and ‘Oval_Slow’ differ slightly, and are there to allow me to experiment with various parameters : My test piece is a 50x40 mm rectangle with two rounded-end slots, and the generated Code is clean and simple: There is a lot still to learn, but it all looks very promising. Convert all the individual shapes in the drawing into polylines.ģ. The Configuration “ PWM Laser (Offset,mm)” works nicely … and generated a file which runs correctly on my little engraver.ġ. ![]() The ‘brief tutorial’ at **LINK** is rather specific to one Postprocessor, and so it was very helpful to find this video on YouTube **LINK** I have, with a little difficulty, managed to configure QCAD/CAM to output suitable GCODE to drive my little Laser Engraver using Universal GCODE Platform. if I understand correctly, there also is a facility to create your own. in the sense that you will recognise the name of something which you will need to be using.Īnd. I can find no handy description of their usage, but I do recognise a few of the names and was particularly pleased to see HPGL There is a long list of 'Postprocessors' available in the CAM configuration. This may be of interest to prospective purchasers: … I will report back in a couple of weeks. I have exported the GCode from a simple drawing, and it opens nicely in UGS so my hopes are high. That does make the CAM extension look quite pricey … but it also looks exhaustive ! Total, including VAT, was £93.84 using PayPal Well … after faffing about all day, I’ve finally made the purchase It's easy on Windows unless you want the bleeding edge changes.ĭo let us know how you get on if you go for QCAD/CAM. Yes the Mac installation does look rather techie. … I’m tending towards QCAD/CAM as my optimal solution
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