Looks like zintec to me. Bare edges will stay remarkably rust free due to the galvanic effect of the coating - I have had guillotined and folded bits (actually used as bookcase dividers in our old cataloguing system) standing outside for the last 20 years (as the last place closed 20yrs ago) and they are rust free.P.s. looks like the plate has been galvanised was that done post forming and does the non galvanised edge after reprocessing need to be taken into account?
That's exactly what's happening, about 2 m2 of parts loaded up at a time onto a fixture and some slightly bored person to load and unload. I would complain about the price, but as it's pretty reasonable it would just be covering envy for having a cnc laserLaser but you will need a jig that located on the existing features to allow fast indexing of the part
I tried a couple for self education, and exactly that. I'm sure I'd get better and most people on here would start a lot better, but anything which requires clean up just makes it not worth it.Plasmacutting them by hand with a jig will give you lots of cleanup work on all the parts.
Even a small plasma will zip through 1.5mm, but at 4000 pieces your travelspeed is going to be all over the place resulting in dross or uncomplete cuts.
And you'll need good fume extraction and ppe. Especially if they're galvanised.
Yeah, you called it exactly right and similar experiences with it, a small edge in a not that demanding application (it's part of an electronics enclosure, unsealed, so anything which will destroy the metal sheet will have already ruined the PCBs)Looks like zintec to me. Bare edges will stay remarkably rust free due to the galvanic effect of the coating - I have had guillotined and folded bits (actually used as bookcase dividers in our old cataloguing system) standing outside for the last 20 years (as the last place closed 20yrs ago) and they are rust free.
