@emm0sh@Xaraphim i did mean .5° for sheet, it’s achievable in a single setup to get .1° on a mill over 200mm & your right, I’d probably spend way too much time on a grinding table achieving .05° lol
@emm0sh@Xaraphim but are the mounting surfaces going to have decent flatness & perpendicularity, every time i see a sheet metal bracket its warped af from welding &/or not 90° +/- .05°
@obfuscated_D everything is spring, holding down fabs without twisting them or getting clamps in the way can be a nightmare. There’s nitpicks but it’ll prob be fine. I always try to put an indicator on two or more perpendicular surfaces to make sure it doesn’t move as I cut or drill.
define your god damn drawings properly & us lowly CAM folk will work magic and make that shit.
Until you can give me a model with full GD&T hold off on the dustbin.
Manufacturing & complete assemblies are full of stacked compromises, without drawings & proper tolerance stacking it gets messy af really fast.
@fishPointer reverse engineering mounting interfaces sucks sometimes, what do you mean the 5 holes are spaced on 205mm PDC starting 15° off of a dowel, who does that.
@hunterlanier a threaded 123 block is a good mill one, bottle-jack or punch are alright lathe ones. Depends what your looking to benchmark on the machine.
@Xaraphim Denison is the only ‘proper’ tester i’ve used & its great. Massive bit of kit thats older than i am by a margin & still pulling strong. If you find one, grab it.