![]() ![]() In general, if you see a parameter that you don't understand, you can hover your mouse over it to see a definition. Before selecting it, hover your mouse over it to read the explanations. You've already set your WCS, so now it's time to define stock.ĩ) Change Mode to Fixed size box. You will use the Setup window tabs the same way you read-going from left to right. ![]() For a more detailed explanation of the Work Coordinate System, watch this video: Setting up a Work Coordinate System. This X, Y, and Z orientation is important and you'll need to remember this when you place your stock on the Shopbot. Note that the x-axis points along the long axis of the part, the y-axis points away, and the z-axis points up, following the Right Hand Rule. This moves the WCS origin to the top front left corner and defines its X, Y, and Z coordinates. These nodes are potential locations for the WCS origin (Work Home).Ħ) In the Setup window, next to Origin, choose Model box point.ħ) Click the top front left corner of the part, as shown in the screenshot. In the graphics window, the box surrounding the model-which represents the stock-contains many nodes. This origin, also called the Work Home, is often placed on one of the top corners of the stock.ĥ) In the ribbon, click Setup (the icon on the far left, above the Setup dropdown). For this reason, you must tell the machine where your part is located by setting a home location, which is the origin point of the Work Coordinate System. The bed of the machine is 4' x 8', but your stock might be much smaller. Think of the Work Coordinate System as the way that you locate your stock when you place it on the Shopbot. ![]() Setup determines the location of the Work Coordinate System (WCS) and the size of your raw material (stock). There are three steps in the CAM process: Setup, Toolpath, & Simulate.
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