Broken down as follows: "FK" stands for a router operation with a plunge entry, "2" stands for a Z dimension of 2mm above the bed or relative to the geometry (more on that later), "128" stands for tool number 128, and "R" stands for right hand compensation. ![]() A typical example of layer name is: FK2T128R. The layer names look confusing at first but in fact are very simple. This would work seamlessly with Aspire if Vectric could provide a post that simply output geometry as a dxf file with assigned layer names. By using this method you solve all ATC issues as WoodWop handles that for you. After saving an AutoCad drawing as a dxf file, you simply import it into WoodWop (using WoodWop's dxf-bpp post) and automatically have tool number assigned to operations. By assigning layer names in AutoCad you can controll what tool is used to process the geometry of any objects drawn on that layer. ![]() Weeke provides a post processor (dxf-bpp) that works with AutoCad by layer name conventions. ![]() If anyone is familiar with with that process, it is fairly straight forward. I use AutoCad in everyday programing of the Weeke. Although I own a Homag-Weeke BHC350, I've made a habit of running most Aspire projects on my MultiCam router because of the inconvenience of working with PLY definitions.
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