Best Band Saw Blades for Resawing and Curves

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For most woodworkers the best band saw blade for resawing is a 1/2 inch wide, 3 TPI hook or skip tooth blade such as the Highland Woodworking Wood Slicer or a Timber Wolf 1/2 inch 3 TPI, and the best blade for curves is a 1/4 inch 6 TPI skip tooth blade such as the Olson FB14593DB, with a 1/8 inch 14 TPI Olson MVP for tight scrollwork. One wide, coarse blade for straight work and one narrow blade for curves covers about 90 percent of what a typical shop does.

Band saw blades are cheap compared with the saw, yet blade choice changes cut quality more than any other single variable. Width controls how tight a curve the blade can follow and how straight it tracks in deep stock. TPI (teeth per inch) controls chip clearance and finish. Tooth style (hook, skip, regular, variable) controls how aggressively the blade feeds. Material (carbon steel, bimetal, carbide-tipped) controls how long the edge lasts. This guide explains each choice, gives concrete thresholds, and lists eight blades by the job they do best.

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#1 Pick

Wood-Mizer 144" Sawmill Bandsaw Blades 5-Pack – DoubleHard 10° All-Purpose Sawing

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#2 Pick

AYAO Wood Band Saw Blades 93-1/2-Inch X 3/8-Inch X 6TPI, 2-Pack

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Quick picks

• Best all-around resaw and general blade: Highland Woodworking Wood Slicer, 1/2 inch, 3 to 4 TPI.
• Best for dedicated resawing: Timber Wolf 1/2 inch 3 TPI positive-claw style, or the Timber Wolf AS-S resaw blade.
• Best for gentle to medium curves and bandsaw boxes: Olson FB14593DB, 1/4 inch, 6 TPI skip tooth.
• Best for tight curves and scrollwork: Olson MVP, 1/8 inch, 14 TPI.
• Best long-life option for shops that resaw hardwood daily: Lenox Tri-Master carbide-tipped.
• Best for mixed wood, plastic and light metal: an MK Morse bimetal blade in a fine pitch.

How we chose

This guide is based on desk research of published sources. We reviewed manufacturer blade descriptions, woodworking instructors’ published blade recommendations, and independent woodworking magazine comparisons of resaw blades. We selected blades that are widely sold in 2026, ranked them by the jobs buyers actually search for (resawing, curves, general cutting), and described fit by saw wheel size, width, TPI and tooth style. Where a single specification could not be confirmed, we describe the blade by its class instead of quoting a number.

How band saw blades are specified

Blade width

Width is the measurement across the blade from the tooth tips to the back edge. A wider blade is stiffer and resists drifting in thick stock, which is why resaw blades run 1/2 inch to 3/4 inch on saws that can tension them. A narrower blade bends through tighter radii but wanders more in deep cuts. Every saw has a maximum width it can tension properly; a 10 or 12 inch hobby saw may struggle to tension anything above 1/2 inch, while larger 14 inch and 17 inch saws often handle 3/4 inch or wider. Check your saw manual before buying a wide blade.

TPI and chip clearance

TPI controls how many teeth cut at once and how much room each tooth has to carry sawdust out of the kerf. In deep resaw cuts, the gullet must clear a large volume of wood chips, so low TPI (2 to 3) with deep gullets works best. Packing the gullets with chips overheats the blade, causes wandering and leaves burn marks. In thin stock or curves, higher TPI gives a smoother finish because more teeth contact the wood.

Tooth style

• Regular tooth: evenly spaced teeth with a zero rake. Cuts slowly with a smooth finish, used in thin stock and metal.
• Skip tooth: every other tooth missing, which provides larger gullets for clearing chips. A good all-around style for wood.
• Hook tooth: aggressive positive rake with deep gullets. Fast in thick stock and generally considered best for resawing.
• Variable pitch: TPI changes along the blade, which reduces vibration and noise. Variable pitch blades such as 2/3 are common for resawing on larger saws.
• Positive claw (PC): a Timber Wolf design described by the maker as feeding at about 60 percent of a hook tooth’s speed while leaving a finish closer to a skip tooth.

Material

Carbon steel blades are the standard and the most affordable choice. They cut well and are easy to sharpen with the right equipment, but they dull faster in hardwoods and abrasive stock. Bimetal blades weld a high-speed steel edge to a flexible backer and last much longer, which makes them popular for mixed-material shops. Carbide-tipped blades cost the most and last the longest, and are worth it only if you resaw regularly.

Best blades for resawing

1. Highland Woodworking Wood Slicer

Spec line: 1/2 inch wide · 3 to 4 TPI variable pitch · high-tension steel, about 0.022 inch thick · deep gullets · general purpose and resaw

Best for: A single blade that handles resawing 6 to 8 inch boards and everyday straight cuts on a 14 inch class saw.

Skip if: Your saw only accepts blades narrower than 1/2 inch, or you cut tight curves daily.

• Pros: One blade covers most work; comparison articles in woodworking magazines have rated it among the smoothest resaw cuts; deep gullets clear chips.
• Cons: Too wide for tight radii; best results need a properly tensioned and aligned saw.

2. Timber Wolf 1/2 inch 3 TPI

Spec line: 1/2 inch wide · 3 TPI · positive claw tooth · long-wearing carbon steel · resaw, roughing and medium curves

Best for: Woodworkers who want a durable general blade that resaws small to medium boards and follows gentle curves.

Skip if: You need a mirror-smooth finish straight from the saw; you will still need to plane or sand.

• Pros: Known for long life; positive claw design balances feed speed and finish.
• Cons: Higher cost than a basic carbon blade; not the best for tight radii.

3. Timber Wolf AS-S resaw blade

Spec line: Wide resaw class · low-TPI skip style · designed for deep straight cuts · exact width and TPI vary by saw size (check the maker’s chart)

Best for: Dedicated resawing on larger saws where cut smoothness matters.

Skip if: You own a small saw that cannot tension a wide blade.

• Pros: A woodworking magazine comparison named it among the smoothest resaw blades; consistent tracking in deep stock.
• Cons: Specialty blade, not for curves.

4. Lenox Tri-Master carbide-tipped

Spec line: Carbide-tipped teeth · wide resaw class · long-life design · premium tier

Best for: Shops that resaw hardwood and exotic species daily and want to cut down on blade changes.

Skip if: You resaw occasionally; the premium cost will not repay itself, and the blade requires professional sharpening.

• Pros: Very long life, reported by users to last about a year of heavy use; stays sharp in abrasive woods.
• Cons: Costly; brittle teeth can chip if the saw is misaligned or you hit a nail or embedded grit.

Best blades for curves and scrollwork

5. Olson FB14593DB

Spec line: 1/4 inch wide · 6 TPI · skip tooth · carbon steel · curves and bandsaw boxes

Best for: General curve cutting, cabriole legs in thin stock, and bandsaw boxes.

Skip if: You want deep resaw capacity; 1/4 inch is too narrow to stay straight in thick boards.

• Pros: Good balance of curve ability and chip clearance; widely stocked.
• Cons: Not suitable for the tightest scroll radii.

6. Olson MVP 1/8 inch 14 TPI

Spec line: 1/8 inch wide · 14 TPI · fine tooth · tight curves and scrollwork

Best for: Small-radius curves, inlay pieces and detailed scroll patterns in thin stock.

Skip if: You cut stock thicker than about 1 inch; the narrow blade will wander and can break.

• Pros: Follows very small radii; fine tooth leaves a smooth edge.
• Cons: Fragile; needs light tension and slow feed.

7. Lenox Woodmaster 1/4 inch 6 to 10 variable TPI

Spec line: 1/4 inch wide · variable 6 to 10 TPI · intended for curved work in hardwood (specifications reported by a retailer roundup and not independently confirmed)

Best for: Contoured parts such as curved legs and chair components.

Skip if: You need a confirmed spec sheet before buying; check the maker’s catalog.

• Pros: Variable pitch reduces vibration.
• Cons: Limited independent information.

8. MK Morse bimetal

Spec line: Bimetal construction · fine to medium pitch · US-made (Ohio) · money-back trial offered by the maker

Best for: Shops that cut wood, plastic, composite and the occasional piece of soft metal on the same saw.

Skip if: You only cut clean hardwood and want the smoothest cut; a dedicated wood blade does better.

• Pros: Outlasts carbon blades in abrasive material; available in carbon and bimetal.
• Cons: Higher price than carbon blades; wood-specific blades leave a better finish.

Comparison table

Match blade to job: decision matrix

Worked example: choosing TPI and width for a real job

Suppose you want to resaw a 6 inch wide walnut board into two bookmatched panels, then cut curved legs from 1-1/2 inch stock.

1. Start with the minimum tooth rule. At least three teeth should be in the cut at any moment to prevent snagging. Divide 3 by the TPI to find the thinnest stock the blade can safely cut. A 3 TPI blade needs at least 1 inch of stock (3 / 3 = 1). For your 6 inch resaw, you are far above the minimum, so a 3 TPI blade is fine.
2. Check chip load. The resaw cut is 6 inches deep. Every tooth must carry sawdust through all 6 inches of the kerf, so you want deep gullets. A 3 TPI hook or skip blade has far more gullet volume than a 10 TPI blade. Choose 3 TPI, 1/2 inch wide or wider.
3. Check thin stock. If you later cut 1/2 inch pieces, 3 TPI is a poor match (a 1/2 inch piece would have fewer than three teeth in contact, so the cut would be rough and may chatter). Switch to a 6 TPI blade for stock down to 1/2 inch (3 / 6 = 0.5), and 14 TPI for stock down to about 3/16 inch (3 / 14 = 0.21).
4. Pick a width for the legs. For curved legs with moderate radii, change to a 1/4 inch 6 TPI skip tooth. For small inside radii on decorative parts, drop to 1/8 inch 14 TPI and cut in thin stock only.

The result is a short, practical blade kit: a 1/2 inch 3 TPI resaw blade, a 1/4 inch 6 TPI curve blade, and a 1/8 inch 14 TPI scroll blade. Rotate them as jobs change rather than forcing one blade to do everything.

Fit by saw size and setup

Blade length is fixed by the saw’s wheel diameter and frame. Common lengths include about 80 inches for 10 inch saws, 93-1/2 inches for many 14 inch saws, 105 inches for some larger 14 inch models, and 131-1/2 inches for common 17 inch saws. Always confirm the exact length in your manual, since small variations exist between brands. Blade width must stay within your saw’s tensioning range, and the guide blocks and bearings must fit the blade thickness.

• 10 to 12 inch saws: favor 1/4 inch to 3/8 inch blades; 1/2 inch may be the limit for resaw.
• 14 inch saws: best with 1/8 inch to 3/4 inch blades; 1/2 inch 3 TPI is the most useful single choice.
• 17 inch and larger saws: can tension 1 inch or wider resaw blades for deep cuts.

Setup matters as much as the blade. Tension the blade to the saw maker’s guidance for its width, set thrust bearings just behind the gullets, set guide blocks about the thickness of a piece of paper away from the blade, and tune tracking so the blade rides near the center of the tire. A well-tuned saw with a decent blade beats a poorly tuned saw with an expensive one.

Carbon versus bimetal versus carbide

• Carbon steel: lowest cost and widest selection; best for most woodworking. Lasts well in softwoods and moderate hardwoods.
• Bimetal: better for abrasive material and mixed jobs. Costs more but lasts several times longer in demanding stock.
• Carbide-tipped: the longest life and the best fit for professional resawing of dense hardwoods. Expensive up front and needs specialist sharpening.

Blade life depends heavily on wood species, feed rate, and how clean the stock is. Resin from pine and cherry builds up on teeth, so cleaning the blade with a resin remover keeps it cutting longer. Dull blades cause drift, burning and heat, so replace or resharpen when you feel more feed pressure is needed.

Safety

• Unplug the saw and wait for the blade to stop before changing blades or adjusting guides.
• Set the upper guide about 1/4 inch above the workpiece to keep the exposed blade short.
• Release blade tension at the end of a long session if the saw maker recommends it, to extend tire and blade life.
• Use a push stick or featherboard for narrow stock and a fence or resaw guide for thick stock.
• Do not back out of a curved cut with the saw running; turn the saw off and let the blade stop first.
• Wear eye protection and a dust mask; resawing produces a lot of fine dust.

Frequently asked questions

What is the best band saw blade for resawing?

A 1/2 inch to 3/4 inch wide blade with 2 to 3 TPI and a hook or skip tooth works best. The Highland Woodworking Wood Slicer and Timber Wolf 3 TPI blades are common choices.

Width keeps the blade from drifting in deep stock, and low TPI gives each tooth the gullet space to clear sawdust. Make sure your saw can tension the blade width you choose.

What TPI should I use for curves?

Use 4 to 6 TPI for gentle curves and 10 to 14 TPI for tight scrollwork in thin stock. Keep at least three teeth in the cut.

Divide 3 by the TPI to find the minimum stock thickness for that blade. A 6 TPI blade needs at least 1/2 inch of material, and a 14 TPI blade works down to about 3/16 inch.

What blade width should I use for tight curves?

Narrower blades turn tighter, so use 1/8 inch for scroll-type radii, 1/4 inch for moderate curves, and 3/8 inch or wider for gentle sweeps.

Exact minimum radii vary by blade and manufacturer, so check the maker’s chart. As a rule, if the blade binds or twists in the cut, switch to a narrower blade or make relief cuts.

Hook tooth or skip tooth for resawing?

Hook tooth is generally considered best for resawing because of its aggressive rake and deep gullets. Skip tooth is a close second and leaves a slightly smoother surface.

If the blade feeds too aggressively or grabs in figured wood, a skip or positive claw tooth gives more control with minor loss in speed.

How do I know what blade length my band saw needs?

Look in the saw’s manual for the exact blade length. Common lengths are 80 inches for 10 inch saws, 93-1/2 inches for many 14 inch saws, and 131-1/2 inches for common 17 inch saws.

If the manual is missing, measure the old blade or check the manufacturer’s website using your saw’s model number.

Are bimetal blades worth it for woodworking?

Only if you cut abrasive material or mix woods with plastics and soft metals. For clean wood, a good carbon or carbide blade gives a better finish.

Bimetal blades last longer but often cost more and may leave a rougher surface in hardwood than a purpose-built wood blade.

How often should I change my band saw blade?

Change it when cuts drift, burn or need more feed pressure. A hobby shop might swap blades every few months, while daily resawing wears blades much faster.

Cleaning pitch off the teeth and using the right width and TPI for the job extends life significantly. Always store unused blades coiled and protected.

Do I need a different blade for each job?

You do not need dozens, but a kit of three covers most work: a 1/2 inch 3 TPI resaw blade, a 1/4 inch 6 TPI curve blade, and a 1/8 inch 14 TPI scroll blade.

Swapping takes a few minutes once your guides are set up, and each blade gives better results than one compromise blade used for everything.

Bottom line

Start with a 1/2 inch 3 TPI blade, such as the Highland Woodworking Wood Slicer or Timber Wolf 3 TPI, for resawing and general work, then add an Olson 1/4 inch 6 TPI skip blade for curves and a 1/8 inch 14 TPI blade for scrollwork. Match width to your saw’s tension capacity, TPI to your stock thickness using the three-teeth rule, and tooth style to the job. Keep the saw tuned, and the blade you choose will perform as intended.