In SolidWorks there's a Hole Table feature for drawings that automatically creates table for holes with x and y coordinates. Probably there's a similar feature in Fusion.I don't know (and don't like) Fusion, but I would expect one of the quickest ways to do it would be to create a drawing of the part and just dimension all the holes from some fixed point.
If the holes need to be sized quite accurately then I usually cut them slightly undersize with the plasma and then drill to finish. The accuracy of the positioning should be good with the plasma.Efficient isn't the main goal, i just want to do it more accurately than the plasma (which will cut the external profile.
My plasma can dot holes but it's hit or miss whether it makes a neat dimple or a bit of a line where the arc switches on for too longIf the holes need to be sized quite accurately then I usually cut them slightly undersize with the plasma and then drill to finish. The accuracy of the positioning should be good with the plasma.
yes the third reply echos a post i found on the fusion forumThese replies any good?View attachment 461417
I cut the holes, just undersize, so for the 12mm in your example I would cut them 10mm then positional accuracy is good and the drill cleans them up nicely. The bigger hole in your drawing would likely be pretty good cut on the plasma.My plasma can dot holes but it's hit or miss whether it makes a neat dimple or a bit of a line where the arc switches on for too long
You overestimate my plasma!I cut the holes, just undersize, so for the 12mm in your example I would cut them 10mm then positional accuracy is good and the drill cleans them up nicely. The bigger hole in your drawing would likely be pretty good cut on the plasma.
Yep, all i've got to do is reference the 3" centre hole as the origin/datum point.
Glad it made sense to you...lol. it's all gibberish to me currently.Yep, all i've got to do is reference the 3" centre hole as the origin/datum point.
He just posted this...not sure if it's any use.