MillTracer allows you to generate toolpaths for milling any thread form created with ThreadTracer.
It uses an point cloud with all information to build helical toolpaths for thread milling with a standard disc milling tool. These point clouds are created and exported from ThreadTracer.
If you have ever tried using a boring bar for a lathe like a regular threadmil, you might have noticed the walls of the thread tends to get a parabolic shape rather than straight. (example)
The smaller the diameter of the boring bar relative to the bore diameter the less this parabolic deformation will occur.
The cutting cross sectional shape is only true to form at the point that it is perpendicular to the cut and on centre line of the helix, as happends when machining threads with a boring bar in a lathe.
Milling threads with a smaller tool like a groove or disc cutter can be an alternative solution as it avoids the problems with a boring bar as a threadmill.
For custom threads it can also be an alternative to often expensive, custom ordered milling inserts.
Any internal or external thread type or form can be milled with a smaller groove or disc cutter.
Groove and disc milling cutters comes in a variety of sizes and holders from leading tool manufacturers like
Sandvik Coromant
Seco Tools
Paul Horn, and others.
02.08.2020 - MillTracer v1.00 - Initial release.
25.01.2021 - MillTracer V1.10 - Small fixes reported by users, improved mill contour creation, improved file I/O.
29.03.2022 - MillTracer V1.50 - New tabbed interface. Redone internals for better toolpath creation. Unreleased.
24.09.2023 - MillTracer V2.00 - Rewritten for generating direct milling toolpaths. Improved tabbed interface.
There are different pointclouds examples included when you install MillTracer, you can import these from the PointCloud Examples folder to first see how it works.