This example looks at the different options available for tool axis editing using the Impeller.dgk model in the Examples folder.
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Before you can edit the toolpath you must create one. This example uses a surface machining toolpath, which is then trimmed so that the near-vertical end fillet of the blade remains unmachined.
- Calculate a Block and create a 10 mm Ball Nosed tool.
- Select the splitter blade
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- Click Home tab > Create Toolpaths panel > Toolpaths to display the Strategy Selector dialog.
- From the Finishing category select Surface Finishing.
- On the Surface Finishing > Pattern page select a Start corner of Max U max V.
- On the Tool Axis page
- Select a Tool Axis of Lead/Lean.
- Enter a Lean of -70.
- Click Calculate.
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- Click Close.
- To limit the toolpath so the end fillet is not machined: From the individual Toolpath context menu, select Edit > Limit.
- In the Toolpath Limit dialog:
- Select a Limit to of Polygon.
- Select Delete Original.
- Select a Save of Outer.
- Create a polygon by selecting points similar to points
,
,
, and
below:
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- Click Apply, then click Cancel to trim the toolpath and close the Toolpath Limit dialog.
- Click Home tab > Setup panel > Toolpath Connections to display the Toolpath connections dialog.
- Select the Lead ins tab.
- Select a 1st Choice of Extended Move.
- Enter a Length of 30.
- Click
to copy the Extended Move to the Lead Outs tab.
- Click Apply, then click Accept.
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These examples look at editing this toolpath in a variety of ways:
- The Point Distribution example looks at tool axis interpolation to smooth the machine tool movement in a specified region of the toolpath.
- The Tool Axis editing example shows how to modify the toolpath tool axis locally to gain extra clearance.
- The Multiple Selection example shows how to multi-select regions of a toolpath before editing the tool axis.
- The Blend Distance example shows how to smooth the transition between the original and the edited tool axis.