Anvils, Hammers & Tongs for Knifemaking: First Setup

For knife forging you need a solid hardened-steel mass (75-150 lb anvil is the sweet spot, but rail track on end, a forklift tine, or a sledge head in a stump all work), a 2-2.5 lb cross peen or rounding hammer, and tongs that actually fit your bar stock. Avoid cast-iron anvil-shaped objects - dead rebound, dented faces.

Nobody ever quit knifemaking because their anvil was too small — plenty quit because they spent the whole budget on a 250-pound showpiece and had nothing left for steel. Blade forging is small-stock work: what you need under the hammer is a solid mass of hardened steel, and there are more ways to get one than the anvil catalogs suggest.

Diagram: anvil anatomy for knifemakers — face, horn, hardy hole, pritchel hole, and step, with notes on weight range and steel alternatives like rail track and forklift tines — The parts — and the honest note at the bottom about what actually matters.

Anvils: What Actually Matters

Steel face, period. A real anvil is cast or forged steel with a hardened face that returns hammer energy to the work (“rebound”). The cheap cast-iron “anvil-shaped objects” at import tool stores are dead under the hammer and dent like cheese — the one purchase to actively avoid. Quick test on any used anvil: drop a small ball bearing on the face from ~10″; lively bounce (say, over half the drop height) means a live face.
Weight: 75–150 lb is the classic sweet spot, but blades don’t demand it — plenty of working knife smiths run smaller. Mass resists moving under blows; mounting solidly (see below) multiplies what mass you have.
The legit alternatives: a length of railroad track stood on end (small face, deep mass under it — much better than laying it flat), a scrapyard forklift tine, or a 16–20 lb sledgehammer head set in a stump. All hardened steel, all serve until (and honestly, past when) a real anvil appears. Watch estate sales and farm auctions for the real thing at non-collector prices.
Mount it dead solid: a stump, timber box, or steel tripod, anchored so nothing walks. A well-mounted anvil sounds quieter and hits harder — ringing is energy leaving your work.

Hammers: Control Beats Weight

Start with 2 to 2.5 pounds — a cross peen or rounding hammer is the bladesmith default. Heavier moves more steel per blow and exhausts your accuracy by blow forty; blade forging is a precision game, and an accurate 2-pounder out-forges a wild 4-pounder every session. Two details worth doing early: dress the face (ease the sharp factory edges, aim for a gentle crown — sharp hammer edges print half-moon dents you’ll grind out later), and pick a handle that lets your grip stay relaxed. One good hammer is enough for years.

Tongs: The Most Underrated Purchase

Bad tongs are how hot steel ends up on the floor (or your boots). The rule: tongs must fit the stock — jaws that close fully and grip flat bar along its faces, not just at two points. For knife work from flat bar, wolf-jaw or flat/bolt-jaw tongs in a size matching your steel (usually 1″–1.5″ bar) cover almost everything; a second pair arrives when your stock size does. Until the tongs show up: buy steel long and hold the cold end — the classic first-knife move, and honestly a good one.

The Rest of the Kit

Magnet on a stick — your heat-treating thermometer (why)
Quench container + proper oil — see the quench oil guide
A post vise or sturdy bench vise — for filing, straightening, and (later) twisting damascus
Safety kit: ANSI glasses always, natural-fiber clothing, hearing protection, and leather boots that hot scale can’t fall into

Add the forge from the first-forge guide and a few bars of 1084, and you’re forging. Full startup math across both paths of the craft lives in the cost guide.

Sources

Common Mistakes

Blowing the budget on anvil weight instead of steel and propane. Buying a cast-iron ASO. Laying rail track flat instead of standing it on end. Starting with a 4 lb hammer and wondering why accuracy dies. Gripping flat bar with tongs that only touch at two points. Skipping the ball-bearing rebound test on a used anvil.