…and then define the stock from solid (on the stock tab) using the body we made.
![fusion 360 cad cam cnc fusion 360 cad cam cnc](https://www.saicadcentre.com/wp-content/uploads/2016/03/fusion-360-program-bg.jpg)
Some people define their material, or stock, directly in the setup tab.īut we like to model the actual stock in CAD… The setup window with a few tabs will pop up. You’ll start by clicking the setup drop down on the upper left and selecting new setup. In CAM, the setup is where you’ll define 1) what the raw material is, 2) how your model is oriented, and 3) what you wanna end up with.
![fusion 360 cad cam cnc fusion 360 cad cam cnc](https://1.bp.blogspot.com/-gKtHWefIafg/XgbcFyZxlGI/AAAAAAAAM_E/FiGkF9v_dmEuEbSd7eQ_tLEm2SgcU3mMgCLcBGAsYHQ/s1600/Huong%2Bdan%2Bcai%2BFusion%2B360-min.png)
Open your model in Fusion and click on the CAM tab.
#Fusion 360 cad cam cnc how to
In order to explain all these steps, we’re gonna show you how to make Kevin. This means we’re jumping straight into CAM, which is the meatiest part of our tutorial.
#Fusion 360 cad cam cnc download
But you can download our file and follow along, no 3D modeling experience required. So this video’s about how to cut fancy things on your CNC, not how to model them in the first place, so we’re gonna skip over CAD and save that tutorial for another time. CNC: Click run and your CNC takes those instructions and starts carving.Machine controller: Then load these instructions into your machine control software, in this case Easel.G-code: Next you generate instructions that your CNC can understand.CAM: Then you show the CNC how to carve this model from your stock material.You can design one yourself or download existing models to use.
![fusion 360 cad cam cnc fusion 360 cad cam cnc](https://www.scan2cad.com/blog/wp-content/uploads/2020/09/autocad-fusion-360-application-icon.png)
CAD: First you need a 3D CAD model of the thing you wanna carve.These fancy cuts are big deal for a computer to do, but a computer doesn’t know what’s in your head, so here’s how to tell it what’s in your head. You can make a lot of really cool stuff using just these types of cuts, but you can also carve more 3D looking shapes or do really complex designs with multiple flat surfaces, way more than you would wanna calculate manually. Lastly, this wasn’t a sponsored project or anything, but we’ll go ahead and link to Fusion and the CNCs we used in this video:įirst off we’re gonna go over the different types of carving a CNC can do. Second, here are time-stamps for the video for each section we’re gonna cover.ģ:14 CAM – setup – setup tab (orientation and zero)Ħ:28 CAM – toolpaths – customize toolpathĦ:36 CAM – toolpaths – customize toolpath – tool tabĦ:43 CAM – toolpaths – customize toolpath – geometry tabħ:35 CAM – toolpaths – customize toolpath – heights tabħ:42 CAM – toolpaths – customize toolpath – passes tabĨ:31 CAM – toolpaths – customize toolpath – linking tab First, a link to the Fusion 360 3D file we’re using so you can follow along/poke around: So we’ve put together this beginners guide to using Fusion 360 CAM for your CNC.īefore we dive in, here are a couple things to help you follow along. Press OK.Fusion 360 is an awesome tool you can use with your CNC because you can do fancy cuts like 3D curves, slopes, and complex layers. Select the geometry tab, and change the ‘Matching Boundary’ to Silhouette.It’s too easy to break the tool otherwise. Set the feedrates for the operation, I dial these way back to 100mm/min for my little mill on acrylic.Select your freshly created tool and press OK.Press OK when finished entering in the details. Those helical troughs that spiral up the side. The only that might not be obvious is ‘Number of flutes’, a flute is the channel in the side of the bit. I used a set of digital calipers to make all the measurements. Select the cutter tab and fill out all the details for the milling bit you are going to use.Create a new tool using the buttons in the top right of the select tool dialog.Press the ‘Select…’ button next to tool.Select the ‘3D’ menu and press ‘Pocket Clearing’.The first is to clear out all the holes in the piece, some of these are countersunk, so we will use ‘pocket clearing’ for this. Now we are ready to start giving actions for our CNC mill to perform. Set the top offset to 0mm (assuming we will be cutting this from material that is the same thickness as the part) and press OK. Bump the side offset up by to 5mm, to give us a bit of a margin when cutting the part.Click one of the points on the top of the yellow semi-transparent stock box.Select ‘Box Point’ to select a stock point to be the origin for our job.
![fusion 360 cad cam cnc fusion 360 cad cam cnc](https://i.ytimg.com/vi/iqnvzxuXFTQ/sddefault.jpg)