![]() ![]() ![]() ![]() It can generate gcode for a very wide variety of CNC machines. Depending on your circumstances, you may qualify for their free packages (either personal use, or small business/startup with < 10 employees). Also gives good 3D renders with textures to give a clear idea of how something will look - great to put together in a project/proposal folder along with plans/technical drawings etc. I use it for most projects regardless of whether the CNC has anything to do with it. A bit of a learning curve, but there are lots of online resources and it's hugely capable. I don't use it for any joinery work.Īs for software, the provided CAD software from Carbide is very basic, but I swear by Autodesk Fusion360. I would like to hear from other people regarding these settings. Also depth of pass should be maximum of diameter of bit. He recommended 100 in/min for 1/8' bits and below. Like around 10k rpm and around 200 in/min for the larger diameter bits. I prefer doing my carving work by hand to tinkering with that, but if doing a production run of the same item, I'd probably reconsider, as the marginal cost/benefit calculations swing. The guy at the bit place was saying that the rpms should be quite low and the feed rate be quite high. I have plenty of time, I'm not in a production environment, so. 60 degree v-bit same, 30 degree v-bit slower. For my 1/4' end mill I usually run speed of about 40 IPM and depth of cut at 0.0625' or 0.05'. This video explains how to set up speeds and feeds for your CNC router surfacing bit. So, on my Nextwave Pirahna with DWP611 router.for the most part I've just run the router at the middle of the dial (about 21,500 RPM or so). Capable of full 3D carving, but requires a fair amount of fuss to get feeds and speeds right to leave an acceptable finish. CNC router spoilboard surfacing bit feeds and speeds. Should you find the diameter of the bit at. Can do a decent job of engraving text etc as well. I have a Shapeoko XL, which should fall into the price bracket you mention, that I use for creating router templates for complex parts, and occasionally for machining other jig-type paraphernalia. It really depends what you're going to use it for - 2D, 3D, large parts from 8'x4' plywood sheets, small project details, etc. ![]()
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