2D Dynamic Core Mill

[Matateu]

Hello!

 

I already wrote in another topic:

http://www.emasterca...% 2Bcore 2Bmill

 

But not optive help!

 

I need to know if anyone thinks this is possible to do with ToolPath 2D Dynamic Core Mill.

 

I saw this in a video on youtube and is between 25 to 28 minutes.

 

[scooke4073]

I would Optirest the #@%& out of that.

 

1. Make a stock model from the solid

2. Create a containment boundary

3. Optirest and select the stock model as the previous operation.

4. Watch the chips fly.

 

I might have missed a few of the finer details but you get the point.

[Matateu]

Hi,

Thanks for your help!

Have created a solid to esperimentar can take a look at what I'm doing wrong?

CORE X7.MCX-7

[guitar]

"I saw this in a video on youtube and is between 25 to 28 minutes."

 

LOL. My point proven.

[Matateu]

Sorry, I not understand!

[guitar]

Sorry, I not understand!

 

After 1 year of doing that you will understand all there is to know. Keep up the great work!

[crazy^millman]

Matateu, this person already knows more than 97% of the people on this forum. He knows so much he is just cannot bring himself down to our level to help you out. If you have a sample file with a something one of us 97% lesser ones will be glad to see if we can help you out.

[Matateu]

Hi Crazy!

If I realized is normal who put the movie on youtube does not help!

I already put a part to make download to anyone who can help ... and not the same photo but I think it serves as a sample!

[scooke4073]

Hi,

Thanks for your help!

Have created a solid to esperimentar can take a look at what I'm doing wrong?

 

What am I missing? I downloaded your file and it seems fine to me....dynamic core...

 

What exactly is your question?

[Matateu]

Hi,

 

My question is why not apply the strategy also in the center circle.

[scooke4073]

Coremill=outside to inside

 

You need to use dynamic area mill.

 

or take a look at optirest and forget all the other dynamic toolpaths.

 

See attached file....

 

Create a stock model from your stock (either select a solid or use the stock definition), Optirest, select the solid as your drive surface, use the stock model as your previous operation.

 

Since your part has vertical walls all you need to do is give it a large step down (as large as your flute length will allow) and any value for the stepup. It will ignore the stepup value since your walls are vertical but it will stop at the next surface that is not vertical (the floors of all the cutouts).

 

Much easier toolpath than Coremill and Areamill. Very flexible.

 

Hope this helps.

CORE X7.MCX-7

[Matateu]

Thank you!

This is what I have done so far, but in the video it only applies to the Core Mill outer contours and areas.

Then I ask if this is possible.

Because instead of applying the strategy often could do everything with the Core Mill.

Because I know it's possible with 3D hight speed - optirougt.

But my license is only a Level 1 2D.

[scooke4073]

Thank you!

This is what I have done so far, but in the video it only applies to the Core Mill outer contours and areas.

Then I ask if this is possible.

Because instead of applying the strategy often could do everything with the Core Mill.

Because I know it's possible with 3D hight speed - optirougt.

But my license is only a Level 1 2D.

 

Then Dynamic Area