![]() Now we have a surface body that intersects the centerline of the slot. 2" since the overall width of the slot is. Being tangent is not enough for the next step. 01” here) so that it intersects the cylindrical body. Next we need to extend the bottom edge of that surface slightly (by. Use a Ruled Surface along one side of the outline using the Normal to Surface option. So now that we have the outline of the cut on our cylinder, we need to obtain a centerline of that outline to use as our path. Don't be afraid of surfacing! If there were an easier way, then we would use it. Now that we have the foundational geometry developed, the next steps require some surfacing techniques. The key is to create a closed profile that only extends past one end of the cylinder. Next is wrapping it using the scribe option, creating a split face that looks like an engraving. We'll begin with a simple 2D sketch that gets wrapped around the cylindrical face. ![]() Like all sweeps, the important elements are the path, profile, guide curves, and controlling options. Use the following technique for accurate tool-body cuts. One of the frequent questions we get in support is modeling accurate swept cuts on a cylinder. ![]()
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