They look alike, but a wood bandsaw and a metal-cutting bandsaw are tuned for opposite jobs. The difference comes down to how fast the blade moves — and getting it wrong burns up blades in a hurry. Here is how the two compare.
A wood bandsaw and a metal-cutting bandsaw share the same basic layout, two wheels and a continuous blade, but they are built to run at very different speeds. A wood bandsaw spins its blade fast to slice through soft material, while a metal bandsaw crawls along slowly with more teeth and often coolant so it can shear steel without overheating. This page compares blade speed, tooth count, orientation, coolant, and the materials each one handles best. For full model roundups, see our best bandsaws guide and best metal-cutting bandsaws guide.
The core difference is blade speed. A wood bandsaw runs its blade fast, around 2,000 to 3,000 feet per minute, to clear large chips from soft material. A metal-cutting bandsaw runs slow, roughly 80 to 400 feet per minute, with more teeth per inch and often a coolant flood. Running metal on a fast wood saw burns the blade and strips the teeth, so match the saw to the material.
Here is how the two machines stack up on the factors that matter most.
| Factor | Wood Bandsaw | Metal Bandsaw |
|---|---|---|
| Blade Speed | Fast, roughly 2,000 to 3,000 FPM | Slow, roughly 80 to 400 FPM |
| Teeth (TPI) | Coarse, few teeth per inch with large gullets | Fine, more teeth per inch to shear metal |
| Orientation | Vertical; you feed the workpiece into the blade | Often horizontal, gravity-fed to cut stock to length |
| Coolant | None; wood cuts dry | Often uses cutting fluid to cool and flush chips |
| Best Materials | Wood, plastics, and other soft materials | Steel, aluminum, and other metals |
Both of these ship factory-direct from Grizzly Industrial, with full parts availability and U.S. support. Specs vary by production run, so tap through for current details and pricing.

A classic 14-inch vertical wood bandsaw that runs at woodworking blade speeds for resawing, curves, and general shop cuts in soft material.
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A horizontal metal-cutting bandsaw that runs at slow blade speeds with coolant support to shear steel and other metal stock to length.
Shop at Grizzly.com →Matching blade speed to material is the whole game. See our feeds and speeds reference for the numbers behind clean cuts and longer blade life.
Read the Feeds and Speeds ReferenceAs an Amazon Associate and Grizzly Industrial affiliate, WorkshopCalc earns from qualifying purchases. Our picks are based on published specifications and category research, not paid placement.
Only thin, soft non-ferrous metal like aluminum or brass, and only briefly. A wood bandsaw runs its blade at roughly 2,000 to 3,000 feet per minute, far too fast for steel. At that speed the friction overheats the blade, dulls or strips the teeth, and can burn the metal. Cutting steel or thick stock on a wood saw quickly ruins the blade because the teeth are too coarse and the speed cannot be slowed enough.
Blade speed is the main difference. A wood bandsaw runs fast, about 2,000 to 3,000 feet per minute, to clear large chips from soft material. A metal-cutting bandsaw runs slow, roughly 80 to 400 feet per minute, using gearing or a variable-speed drive so the teeth shear metal without overheating. Metal saws also use blades with more teeth per inch and often flood the cut with coolant.
It can, but slowly and poorly. A metal-cutting bandsaw runs too slow and uses a fine-tooth blade, so it removes wood inefficiently and the small gullets clog with sawdust. For occasional light cuts it will work, but a wood bandsaw with a coarser blade and higher speed is far faster and leaves a cleaner cut in wood.
Cutting metal generates a lot of heat at the blade edge. Coolant, usually a water-soluble cutting fluid, lowers the temperature, flushes chips out of the cut, and lubricates the teeth. This keeps the blade from overheating, extends its life, and produces a cleaner, more accurate cut. Wood bandsaws do not use coolant because wood cuts cool and coolant would soak the material.