[skibbey]

I have been playing with several CAM demos, including RhinoCAM, Rams 3D Gold, MadCAM, MeshCAM, etc. The ones that are able to generate 4-axis G-code seem to be limited to two basic tool paths; either perpendicular to the X-axis, i.e., circumferentially as the 4th-axis rotates, or parallel to it (more like indexed movements of the 4th-axis).

The part I need to mill would be more efficiently created if the cutter movement, for a given Z-axis depth, was largely along the X-axis, but was synchronized with small, continuous movements in the 4th-axis. The two paths described in the paragraph above create far too much up and down movement of the Z-axis.

Do any of the CAM programs with 4-axis capabilities offer such an alternative tool path?

Thanks.

[thirumalkumarn]

Dear Skibbey,
Try the LATEST version of edgecam it features various options and cycles.
Hope it may help your job. check the image attached
thanks.

[cut more]

Skibbey,
What you described sounds like what a friend does with pool cue inlays. This can be done with Bobcad it just takes getting used to. Can you post a cad file or a picture of what you want and I will try to help?
Cutmore

[skibbey]

I appreciate the reply, and have uploaded an image of the part. It's worth noting that the blades were extruded normal to the surface of the core, which is why a 4-axis tool path should be sufficient.

Thanks.

[cut more]

Skibbey,
I will play with this when I have some time, either later today or tonight and let you know how it comes out. What Type of post do you use? I will try & post some code for you too.
Cutmore

[wms]

Skibbey,
Here is a link to a video with narration, I made doing this in OneCNC..with 4 axis wrap..took about 10 minutes..

http://64.26.25.102/wms/4axis_wrap_cnczone_wms.wmv

[skibbey]

That's exactly what I was envisioning, and thinking of the "pockets" between the blades rather than of the blades themselves is a creative way of simplifying the task.

I'll definitely have to check out the software.

Thanks!