Wow, that's quite a bit of wire wool!1250kg of assorted wire wool
I would have thought Iron.Quite pleased with this... Wasn't cheap but its an 8ft long, 500kg+ cast steel(?) ex machine bed with 16mm tee slots. It'll make an extra heavy duty fixture table.
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Probably right. It was advertised as steel, but hey ho.I would have thought Iron.
If only I had the room!Quite pleased with this... Wasn't cheap but its an 8ft long, 500kg+ cast steel(?) ex machine bed with 16mm tee slots. It'll make an extra heavy duty fixture table.
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Cast Iron is likely the best option for a welding table, spatter won't stick to it as readily.Probably right. It was advertised as steel, but hey ho.
It looks like it's in 2 parts - the top with the tee slots, and the bottom part has some Vee machine ways. Not sure whether I'll separate the two or not, yet... would be nice to make a box section frame and bolt just the top to it, but I like the rigidity of the whole thing as it is...
Wow, that's quite a bit of wire wool!
absolutely just means if I put too much pressure through the tee slots i'll bust em instead of bending them. The idea with this is that I can put more clamping force directly through the table slots than I can with my current 20mm steel welding table top. Good for pre-setting stuff before i weld it, and straightening stuff after I mess it upCast Iron is likely the best option for a welding table, spatter won't stick to it as readily.
Just use some custom long tee nuts, spread the force out a bit? Nice find either wayabsolutely just means if I put too much pressure through the tee slots i'll bust em instead of bending them. The idea with this is that I can put more clamping force directly through the table slots than I can with my current 20mm steel welding table top. Good for pre-setting stuff before i weld it, and straightening stuff after I mess it up
I'll fit a pair of carver tee slot clamps to start with I think, the clamping force on them starts at 1.6 ton for long reaches and 2.2 ton for standard. Current F clamps I use are 1 ton and I use every bit of that clamping force.
If i get another order of trestle legs, say, I'd save an hour per batch just by having fixed clamps and a windy gun on them.
Just make sure that you don't wind the clamping bolts through the tee pieces and ground them on the bed. That's what snaps the slots as if you keep tightening, the bolt is trying to lever the slot up instead of pulling the work down, if that makes sense?absolutely just means if I put too much pressure through the tee slots i'll bust em instead of bending them. The idea with this is that I can put more clamping force directly through the table slots than I can with my current 20mm steel welding table top. Good for pre-setting stuff before i weld it, and straightening stuff after I mess it up
I'll fit a pair of carver tee slot clamps to start with I think, the clamping force on them starts at 1.6 ton for long reaches and 2.2 ton for standard. Current F clamps I use are 1 ton and I use every bit of that clamping force.
If i get another order of trestle legs, say, I'd save an hour per batch just by having fixed clamps and a windy gun on them.
Just use some custom long tee nuts, spread the force out a bit? Nice find either way
Yeah that's why I like the look of the carver tee slot clamps They have a nice big base on them.Just make sure that you don't wind the clamping bolts through the tee pieces and ground them on the bed. That's what snaps the slots as if you keep tightening, the bolt is trying to lever the slot up instead of pulling the work down, if that makes sense?