How to Resaw a Board into Even Veneer on a Stationary Band Saw
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Resawing is cutting a board through its thickness to make two thinner boards or a set of veneer slices. A stationary band saw is the right machine for the job because the blade cuts continuously and removes less material than a table-saw blade. It is also less forgiving: a poorly tuned saw, dull blade, or crooked workpiece can produce tapered veneer, burn marks, or a board that pinches the blade.
The goal is not simply to cut a board in half. The goal is to keep the cut tracking in one plane, leave a usable surface on both pieces, and avoid wasting material correcting a wandering cut at the planer or jointer.
Contents
Choose the Right Band Saw
Check two specifications before buying or using a saw: resaw capacity and throat capacity. Resaw capacity is the maximum height between the table and the upper blade guide. A machine advertised with 6 inches of capacity may only cut comfortably through 5-inch stock once you account for blade clearance and practical control. Throat capacity is the distance from the blade to the frame; it determines how wide the board can be, not how thick it can be cut.
| Machine or setup | Practical resaw use | Main trade-off |
|---|---|---|
| 10-inch benchtop band saw | Boards up to roughly 4 inches, depending on the machine | Limited power, guide adjustment, and resaw height |
| 14-inch floor-standing saw | About 6 inches with the basic frame; more with a riser block | Usually needs careful setup and a suitable blade |
| 18-inch or larger saw | Deep, consistent resawing in hardwoods | Higher price, floor space, and electrical requirements |
A smaller saw can be perfectly adequate for occasional resawing of 3-inch boards. Do not buy a large industrial machine merely to split a few boards each year. For regular veneer work, though, extra wheel diameter, motor power, blade tension, and guide capacity make the process noticeably easier. If you are shopping, compare 14-inch band saws with resaw capacity rather than relying on wheel size alone.
Select a Resaw Blade
Use a wide blade with a coarse tooth pitch. A common starting point is a 1/2-inch or 3/4-inch blade with 2 or 3 teeth per inch. Wider blades resist deflection, while coarse teeth clear sawdust from a deep kerf. A blade with too many teeth packs with dust and requires excessive feed pressure.
Blade choice is a compromise. A 3/4-inch blade tracks well on a large saw but may not work correctly on a small machine whose wheels or guides are not designed for it. A 1/2-inch blade is easier for many 14-inch saws to handle. Skip-tooth or variable-tooth resaw blades are often a good general choice; a blade with minimal or no set can leave a smoother cut, but it is less tolerant of dirty or irregular stock.
For an occasional project, a quality carbon-steel 1/2-inch coarse-tooth resaw blade is usually enough. Bi-metal blades cost more and last longer in abrasive material, but they will not compensate for poor alignment or an underpowered saw.
Prepare and Mark the Board
Let the wood acclimate in the shop, then inspect it for nails, screws, stones, bark, and severe internal tension. Metal can destroy a blade instantly. Joint or plane one face flat and one edge straight. The flat face rides on the table, and the straight edge rides against the fence. A board that rocks on the table can tilt into the blade and make an otherwise good cut wander.
Mark the intended cut line on both ends and along the face or edge. Include the blade kerf in your layout. If you need two finished 1/4-inch veneers and expect to remove 1/16 inch from each face later, the rough blank must be at least 9/16 inch wide. Add more allowance for difficult grain or a cut that will be cleaned up heavily.
Tune the Saw Before Cutting
Install the blade with the teeth pointing in the correct direction and tension it according to the saw and blade manufacturer’s guidance. Do not blindly rely on a printed tension scale; many are inaccurate. The blade should track on the wheel crown without rubbing the wheel flange. Set the upper and lower guides as close to the stock as practical, normally about 1/8 inch above the workpiece.
Check that the table is square to the blade. Then use a scrap board to identify drift—the tendency of the blade to travel at an angle while the board edge remains against the fence. Adjust the fence to match the blade’s natural path, or use a resaw fence that can be angled. A tall, narrow fence gives better support than a short rip fence. A simple band saw resaw fence is useful, but a shop-made hardwood fence is often just as effective.
Make the Resaw Cut
Set the fence so the blade follows the marked line, then make a test cut in scrap of similar thickness. Stand to the side of the blade, not directly behind the board. Wear eye protection, keep both hands on the safe side of the blade, and use a push stick or push block once your hands approach the blade area.
Feed steadily without forcing the board. The correct rate depends on species, thickness, blade sharpness, and motor power. If the motor slows, the blade squeals, or the cut burns, reduce the feed pressure only if the blade is still cutting freely; otherwise stop and inspect the blade. Forcing a dull blade increases deflection. Pausing halfway through can also leave a visible step, so maintain an even feed whenever possible.
Keep the board firmly against the fence, but do not twist it to correct a wandering cut. Twisting increases the chance of binding and can turn the cut into a curve. If the blade consistently moves away from the layout line, stop, back the workpiece out only if it can be done safely, and correct the fence angle or blade setup. Never pull a trapped board backward while the blade is running unless the saw’s procedure specifically permits it.
Fix Common Resaw Problems
A tapered veneer usually indicates blade deflection, an incorrect fence angle, insufficient tension, or a board that was not flat. A rough or burning cut commonly means the blade is dull, too fine, improperly set, or packed with resin. If the cut wanders only in certain parts of the board, internal stress may be closing the kerf. Stop before the blade is pinched, and use a splitter or auxiliary support only if it is designed for your saw and does not interfere with the cut.
After cutting, label the mating faces so the grain sequence is preserved. Let the veneers rest before final surfacing; stressed wood may cup or bow after the cut opens. Flatten each piece with light passes on a thickness planer only when the piece is thick and stable enough to pass safely. Thin veneer may need a sled, drum sander, or hand plane instead. The cheaper option is fine when your target thickness allows a rough-sawn surface to be cleaned up later; for thin, high-value veneer, accurate setup and a sharper blade usually save more wood than they cost.
