Restored post vise on a timber pedestal mount

Oct 14, 2026 Last reply: 2 hours ago 4 Replies
Jump to replies (4)

When this build is up and running, it is a proper blacksmithing station: the finished vise clamps a glowing steel bar in its clean, polished jaws, and the last sequence shows heating and hammer-forming work right there in the jaws. For a tool picked up secondhand for 40 dollars, the transformation is satisfying to follow from rusty heap to working rig.



The maker started with a rough example: a bent leg, a broken hinge section, seized mounting hardware, and a greasy acme screw. The damaged leg was cut off before the crack rather than restored, and the bent section was heated with an oxy-acetylene torch and pulled straight with a heavy cheater pipe. Reassembly brought in a pivot pin, wedge keys, a flat leaf spring, and the threaded screw mechanism. The stand is a thick square timber beam cut to length on a miter saw, notched with a circular saw and hand chisels, then sanded and stained. Custom steel collars cut from sheet plate cap the beam and were arc-welded to a steel floor base, with the vise lag-bolted to the post.



Small touches stand out: relief notches cut with an angle grinder, brackets heated and hammered to shape over an anvil, hardware cleaned on a belt sander, die grinder, portable bandsaw and bench buffer, and the body masked with blue painter's tape before the black went on. The marking on the vise reads MSS 3529, a nice bit of character kept visible.



One open trade-off is the finish. A budget sandblaster stripped the rust, but left a texture that rusted fast in the local air, so paint was applied over it to fill the texture and save time. The maker admits the coating choice was rushed and wishes more research had gone into it.


Curious about the stand construction: did the collars get welded to the base plate first and the timber dropped in after, or was the whole thing assembled around the beam? Welding sheet plate collars to a floor base without pulling the frame out of square seems like the tricky part to me.

Cutting the damaged leg off before the crack instead of chasing a full restoration seems like the smart call here. The maker preferred the stand design over trying to extend the shortened leg with a collar, and that reads as a deliberate choice rather than a shortcut. Mounting the vise to a heavy timber post on a welded steel base should give a rigid station without gambling on compromised metal.

Since the maker is already weighing a tool mount along the back of the stand, a removable tray like the one from the original stand design could pair well with it. A tray that lifts out would keep the top clear for long stock while giving tongs and punches somewhere to live, and it would not require touching the welded collars or the lag-bolted mounting at all.

The maker has answered that one. Rust came off with a cheap sandblaster picked up on marketplace, a first-time test purchase used on this project. Sandblasting left a texture that rusted very fast in the local air, so the bare metal was painted to fill the texture before it could rust again. The coating is Rust-Oleum metal primer with an enamel top coat, and the maker has said it looks a little tacky but prevents rust.

Join the Discussion

Have something to add? Share your thoughts — no account required.

Didn't find your answer?

Ask the community — no account required