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A Craftsman 12-inch band saw is a capable mid-size machine for curve cutting, joinery work, and resawing stock up to roughly five inches — but in 2026 almost every unit on the market is a used Sears-era saw, so the real question is whether a specific machine’s capacity, condition, and price line up with your projects. Most Craftsman 12-inch band saws carry a 113-series model number and were sold as floor-standing tools on sheet-metal stands. This guide covers what the specs mean in practice, which blades fit, and how to set one up correctly.
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What the Specs Actually Mean
“12-inch” refers to the wheel diameter, not what you can cut. Two numbers matter more:
- Throat capacity — the distance from blade to frame, about 11-3/4 inches on these saws. It limits the width of a panel you can swing past the frame, not your ability to cut curves.
- Cutting height (resaw capacity) — the clearance under the raised guide post, typically 5 to 6 inches depending on the model. This is your real ceiling for resawing and bowl blanks.
| Spec | Typical Craftsman 12 in. (113-series) | Notes |
|---|---|---|
| Wheel diameter | 12 in. | Two-wheel design, crowned rubber tires |
| Throat (blade to frame) | ~11-3/4 in. | Limits panel width, not radius work |
| Max cutting height | ~5–6 in. | Varies by guide post; confirm on your unit |
| Blade length | ~80 in. | Check the model plate or manual — some variants differ |
| Blade width range | 1/8–1/2 in. | 3/8 in. is the practical upper limit on many frames |
| Motor | 1/3–3/4 HP, 120 V | Original motors often still serviceable |
| Table | Tilts 0–45° right | Roughly 13–16 in. square depending on model |
| Blade speed | ~2,500–3,000 SFPM | Single speed on most models |
Where It Fits in Real Projects
Translated into shop terms: a Craftsman 12-inch band saw handles the work that bogs down a 9–10-inch benchtop saw — cutting curves in 8/4 hardwood, resawing 4-inch stock into bookmatched panels, roughing out small bowl blanks, and trimming joinery waste. What it does not do well is dedicated resawing. With a 1/3 to 1/2 HP motor and a frame that flexes under heavy tension, pushing a 1/2-inch blade through 6 inches of oak is slow, drifty work. If wide-veneer resawing is a weekly task, this isn’t the tool.
Blade Options
These saws take a blade around 80 inches long; weld-to-length suppliers such as Olson and Timber Wolf stock this size. Match width and tooth count to the job:
| Blade (width / TPI) | Best use | Tightest practical radius |
|---|---|---|
| 1/8 in., 14 TPI | Tight curves, thin stock, scrollwork | ~3/16 in. |
| 3/16 in., 10 TPI | Curves in 3/4-in. stock | ~5/16 in. |
| 1/4 in., 6 TPI | General purpose; stock up to ~2 in. | ~5/8 in. |
| 3/8 in., 4 TPI | Straight cuts and gentle curves in 2–4 in. stock | ~1-1/2 in. |
| 1/2 in., 3–4 TPI | Resawing within capacity, ripping | Straight cuts only |
Skip-tooth blades clear sawdust better in thick stock; regular-tooth blades leave a smoother surface in thin material. Carbon-steel blades run roughly $15–25 each in this length; bimetal blades cost more but hold an edge far longer in hardwood. A sharp 1/4-inch blade will track straighter and cut faster than a dull 1/2-inch blade on this frame — spend on sharpness, not width.
Is a Used One Worth Buying? A Decision Matrix
New 12-inch Craftsman band saws are effectively absent from the current lineup, so this is a used-market purchase — typical asking prices run from about $100 for a rough machine to $300 for a clean, tuned example.
| Your situation | Recommended move |
|---|---|
| Hobbyist cutting curves, joinery waste, and occasional 4–5 in. resaws; budget under ~$300 | A used Craftsman 12 in. in sound condition is a genuine fit |
| Resawing 6+ in. hardwood or cutting bowl blanks every week | Move to a 14-in. cast-iron saw (Jet, Powermatic, Grizzly class; roughly $700–1,500 new) |
| Occasional curve work, very limited floor space | A 9–10 in. benchtop saw (~$150–350) makes more sense |
| You enjoy tuning older machines | Strong buy — aftermarket support (urethane tires, Cool Blocks, Carter-style bearing guides) is excellent |
When inspecting a unit, check four things: tire condition (flat spots and cracks cause tracking drift you can’t tune out), motor sound under load, guide post travel (it should raise smoothly the full 5–6 inches), and table trunnion cracks near the tilt pivot — a common failure point on these castings.
Setup Walkthrough
Order matters here; each step depends on the one before it.
1. Inspect the tires
Rubber tires harden and flatten over decades. If the blade won’t stay centered or thumps each revolution, replace them — urethane tire sets for 12-inch wheels cost about $20–30 and outlast rubber.
2. Tension the blade
Mount the blade teeth pointing down toward the table. Start at the mid-range mark on the tension scale, then use the flutter test: with guides backed off and the saw running, increase tension until blade flutter just disappears, then add a small amount more. This method compensates for the unreliable factory scales on older saws. Don’t over-tension — these frames flex, and excess tension worsens drift rather than fixing it.
3. Track the blade
Spin the top wheel by hand first. The blade should ride centered on the tire crown; adjust the tracking (tilt) knob until it does, then run the saw briefly and recheck.
4. Set the guides
Side guide blocks or bearings should sit a business-card thickness from the blade — touching causes heat and premature dulling; too loose allows twist in curves. Set the rear thrust bearing about 1/32 inch behind the blade so it only contacts under feed pressure. Position the guide assembly just above the workpiece, never higher than needed.
5. Square the table, set the fence by drift
Square the blade to the table at 90°. Then make a test rip cut on scrap and note the blade’s natural drift angle — set the fence parallel to that, not to the miter slot. Skipping this step is the number-one cause of “the saw won’t cut straight” complaints on older band saws.
6. Test cuts
Make a curve cut in 3/4-inch scrap and a straight rip in 2-inch stock. Burning means a dull blade or too-high TPI; blade wander means guide or drift issues, not motor power.
Ownership Realities
- Wear order: tires first, then guide blocks/bearings, then the drive belt. All are cheap and still available.
- Consumables: budget roughly $60–100 per year for blades if you cut weekly; a dull blade is the hidden cause of most drift complaints.
- Dust collection: the stock port sits under the table and clogs fast; plan on brushing out the lower cabinet regularly.
- Common mistakes: setting guides against the teeth, leaving the blade tensioned in storage (it flat-spots tires), and expecting the stock sheet-metal fence to hold alignment — many owners add an aftermarket fence.
FAQ
Does Craftsman still make a 12-inch band saw?
The current Craftsman lineup centers on cordless and benchtop tools; the 12-inch floor model survives as a used machine, mostly 113-series units originally sold through Sears.
What blade length does it take?
Around 80 inches on most 113-series models — verify on the model plate or in the manual, since a few variants differ.
Can it resaw?
Yes, within limits: figure on clean resaws up to about 5 inches in pine and 3–4 inches in dense hardwood. Beyond that, a 14-inch saw with 1+ HP is the right tool.
Is $150 a fair used price?
For a complete, running saw with intact trunnions and serviceable tires, yes — that’s the middle of the typical used range and leaves room in the budget for fresh tires, guides, and two or three good blades.