Shop equipment like horizontal compressors, milling machines, welding tables, work benches etc is vastly easier to move when it's on wheels, but large bolt-on casters are expensive and inconveniently slow to remove, install and swap. Many items don't need permanent wheels but life gets much easier if you can toss them on when convenient then pull them for other use after placing your equipment. This would be perfect for large rolling tool boxes especially added to an angle steel base frame like the Air Force uses on towed flightline tool boxes.
Here's one of my favorite solutions that also works with the milling machine and lathe dollies in my other posts. Large scaffolding casters cost less in most cases and work much better. No need to deal with bolt holes unless you want to add mount tubes by welding them to a drilled mounting plate (which may be useful depending on what you want to move).
Ingredients are casters, allthread (I used 1" because it was handy), nuts, flat washers and tubing to fit the casters. I had seamed tubing so I ground the internal seam weld away with a die grinder so the casters will slide easily. Do not just smack them into place or they'll get stuck if they even go in.
Large casters of this style work best. You can have many tubes with as few caster sets as you prefer.
I drilled the mount tube shown with lock pin holes but prefer the stud and nut shown for speedy, easy installation and not having to drill a bunch of holes vs. welding one stud or bolt to each caster. You could be more elegant by drilling and tapping the caster for your bolt of choice but that's more work and I had the allthread handy. Quick and crude is fine so long as it's strong.
The principle (fast, easy caster swaps and the simplest mount possible, a hunk of tubing) are the main points. I'll post related items in this thread as I add them. I just scored two heavy Saylor-Beall (excellent USA-made machines which seem to get no advertising so I bitched about that to their customer service) air compressors that suck to move so they'll get rolling chassis shortly.
Here's one of my favorite solutions that also works with the milling machine and lathe dollies in my other posts. Large scaffolding casters cost less in most cases and work much better. No need to deal with bolt holes unless you want to add mount tubes by welding them to a drilled mounting plate (which may be useful depending on what you want to move).
Ingredients are casters, allthread (I used 1" because it was handy), nuts, flat washers and tubing to fit the casters. I had seamed tubing so I ground the internal seam weld away with a die grinder so the casters will slide easily. Do not just smack them into place or they'll get stuck if they even go in.
Large casters of this style work best. You can have many tubes with as few caster sets as you prefer.
I drilled the mount tube shown with lock pin holes but prefer the stud and nut shown for speedy, easy installation and not having to drill a bunch of holes vs. welding one stud or bolt to each caster. You could be more elegant by drilling and tapping the caster for your bolt of choice but that's more work and I had the allthread handy. Quick and crude is fine so long as it's strong.
The principle (fast, easy caster swaps and the simplest mount possible, a hunk of tubing) are the main points. I'll post related items in this thread as I add them. I just scored two heavy Saylor-Beall (excellent USA-made machines which seem to get no advertising so I bitched about that to their customer service) air compressors that suck to move so they'll get rolling chassis shortly.
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