This example looks at the different options available for tool axis editing using the
Impeller.dgk model in the
Examples folder.
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
.
- 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.
- 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:
- Click
Apply, then click
Cancel to trim the toolpath and close the
Toolpath Limit dialog.
- Click Home tab > Toolpath 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.
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.