Let me explain. If say you draw geometry at the top of your part, then you tell Gibbs that the depth if the cut is 2" deep. Gibbs looks at the diameter of the tool at 2" deep, which in this case is on the shank of the cutter. If you don't put any + or - in the stock Gibbs will put the diameter of the cutter to meet the geometry you drew on your part. At the 10;32 you are referring to is where we are are drawing the shape of the custom tool. Gibbs needs to know the diameter of a rotating tool, hence the reason for drawing it like this. Hope this makes sense, otherwise let me know and I can create another video explaining further. Thanks for watching.
Just what I needed thanks.
Thanks for watching!
Similar video of dovetail, keyseat and O-Ring tools would be awesome!
There is one on the channel for dovetails
Wol
10:32 makes no sense.
Let me explain. If say you draw geometry at the top of your part, then you tell Gibbs that the depth if the cut is 2" deep. Gibbs looks at the diameter of the tool at 2" deep, which in this case is on the shank of the cutter. If you don't put any + or - in the stock Gibbs will put the diameter of the cutter to meet the geometry you drew on your part. At the 10;32 you are referring to is where we are are drawing the shape of the custom tool. Gibbs needs to know the diameter of a rotating tool, hence the reason for drawing it like this. Hope this makes sense, otherwise let me know and I can create another video explaining further. Thanks for watching.
@@powershop1903 You can sent me the file you are working on and I can take a look to help. I can put a link to my folder if you like. Let me know.