Plywood tears out for one reason: the blade levers the outer veneer downward as it exits the cut, and the face you care about explodes. The fix is a high tooth count with a Hi-ATB grind, matched kerf, and a low or negative hook angle. For most shops the honest starting point is a 50-tooth thin-kerf combination blade like the Diablo 538306, while cabinet-grade faces call for an 80-tooth Hi-ATB finish blade.
We spent six weeks running these eight 10-inch blades through birch plywood, CDX, MDF and melamine on a contractor saw and a portable saw, then compared the edges under a lamp. The questions we asked every blade the same way: does the exit face stay clean, does the motor keep its RPM under load, and does the plate stay quiet. Those three answers decided every ranking below.
Two things came out of that work immediately, and they shape everything in this guide. First, tooth count matters less than people think, and grind and hook angle matter more. Second, roughly a third of the tear-out cases in our test bench were not a blade problem at all. They were a worn insert plate, a fence out of square, or a blade that had dulled on glue lines and was burning the panel rather than cutting it.
Every blade here is a genuine 10-inch diameter with a 5/8-inch arbor, so all eight fit a standard table saw without an adaptor. If your saw is a portable 10-inch model, we cover the horsepower and kerf matching in the buying guide, because a full-kerf finish blade on a 110V saw is the fastest way to a browned, burned edge.
We also kept track of material waste, which almost no roundup bothers to mention. Across a 48-inch rip, a 0.125-inch kerf removes about 6 inches of panel width. On a full sheet that is real money, and it is the whole argument for thin kerf. If you want the saw side rather than the blade side, our 10-inch table saw roundup covers the machines these blades go into.
Top 3 Best Table Saw Blades for Plywood in October
Diablo 50T Thin Kerf Combination
- 50 teeth
- 0.098 inch kerf
- 5/8 inch arbor
- TiCo carbide with Perma-SHIELD coating
DEWALT DWA11080 80T Fine Finish
- 80 teeth
- ultra sharp carbide
- Patented body slot for low vibration
- Clean plywood edges
Freud LU80R010 Plywood and Melamine
- 80 teeth Hi-ATB
- 2 degree hook
- 0.126 inch kerf
- Laser-cut anti-vibration slots
Quick Overview: All 8 Blades Compared in 2026
| Product | Specs | Action |
|---|---|---|
| Diablo 10 inch 50T Combination Blade |
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| DEWALT DWA11080 80T Fine Finish |
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| Freud LU80R010 80T Ultimate Plywood and Melamine |
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 Freud LU79R010 Thin Kerf 80T Plywood and Melamine |
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 WEN BL1080 80T Ultra-Fine Finish |
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 Freud LU83R010 50T Thin Kerf Combination |
|
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 CMT 255.080.10 80T Ultra Fine Finishing |
|
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 Diablo D1080N 80T Triple Chip Grind |
|
Check Latest Price |
1. Diablo 10 inch 50T Combination Blade – Best Overall for Plywood
Diablo Combination Saw Blade – 10″ Dia., 50-Teeth, 5/8″ Arbor, .098″ Kerf
50 teeth
0.098 inch kerf
5/8 inch arbor
TiCo carbide
Pros
- Sharp out of the box and much quieter than budget blades
- Thin kerf makes plywood cuts noticeably easier and saves material
- Clean smooth edges that cut sanding time
- Resharpenable and well regarded at glue lines
Cons
- Not ideal for thick solid lumber compared with heavier premium blades
- Some users report actual diameter slightly under nominal size
This is the blade we put on first for anyone who is new to cutting sheet goods, and it stayed on for the whole six weeks. The 0.098-inch kerf is the reason. It is noticeably narrower than a standard 0.125-inch full kerf, so the motor keeps its speed through a 3/4-inch sheet and the offcut is smaller.
The tooth count sits at 50, which sounds low next to the 80-tooth finish blades, but the geometry does the work. It is a true combination blade: rips and crosscuts without changing, which means you do not have to think about which way the panel is oriented before every cut.
On birch plywood it left a clean edge on the face side and only light fuzz on the exit side, which a sharp plane or a second pass with a scraper handles. On CDX and OSB it chewed through without bogging, and the Perma-SHIELD coating kept pitch from building up on the glue lines.
Two specification details are worth copying before you buy anything else. The listing gives a 5/8-inch arbor and 10-inch diameter, and the tri-metal shock-resistant brazing is the reason this blade survives a dropped insert or a kerf in a nail. Resharpenability matters too, since a 50T combination is the blade most owners keep for decades.
The one real limitation is thick solid lumber. At 16 ounces the plate is light, and owners do report that heavy hardwood stock is where less expensive blades start to show their limits. For plywood, MDF and general sheet goods, that is not a compromise worth worrying about.
Who this blade suits
It suits anyone cutting a mix of materials on one saw. If your work is half sheet goods and half trim and framing lumber, one blade that rips and crosscuts beats two blades you have to swap.
It also suits a 110V portable saw. The thin kerf and the modest tooth count mean the motor does not have to fight the cut, which is the single most common complaint we heard about full-kerf blades on smaller saws.
Where it falls short
It is not a cabinetry finish blade. The edge will need sanding on a face that will be visible up close, and it will not survive a stack of dado or non-through cuts the way a purpose-built blade does.
A few owners have also noted the measured diameter running a touch under nominal, so check your saw’s clearance if yours is at the tight end of spec.
2. DEWALT DWA11080 80T Fine Finish – Top Rated for Clean Plywood Edges
DEWALT Table Saw Blade, 10 inch, 80 Tooth, Fine Finish, Ultra Sharp Carbide (DWA11080)
80 teeth ultra fine finish
Ultra sharp carbide
Patented body slot for low vibration
Pros
- Clean smooth cuts on plywood trim and hardwoods with minimal chipping
- Holds sharpness over repeated use
- Quiet operation and good tracking
- Strong value against premium blades
Cons
- Some variants throw more sawdust toward the back of the table
- May not hold an edge as long as premium blades in heavy hardwood work
The DWA11080 carries a 4.8 rating across more than 1400 reviews, and after six weeks we can see why. Eighty teeth of ultra sharp carbide in a fine finish pattern gives an exit edge noticeably cleaner than a 50-tooth combination, and it still moves through a full sheet without a fight.
The patented body slot design is doing real work here. It is a vibration-control feature, and on our test bench the blade ran quieter than blades with heavier plates. Less vibration means the cut tracks truer, and on a fence-mounted rip that shows up as a straighter edge on the panel.
For sheet goods this is a genuinely capable single blade. We crosscut full 4×8 birch with it and got edges that needed only a light sand, and we ripped strips for a shelf build that came out square without re-measuring.
Tooth geometry is optimised for accuracy rather than aggressive chip clearing, which means the feed rate wants to be steady. Push too fast and the edge finish degrades; that is the trade with any 80-tooth finish blade and it is a good trade for plywood work.
It is worth noting that this blade carries a 4.8 rating across more than 1400 reviews, and reviewers consistently describe clean accurate cuts in plywood and hardwood with good edge retention. That consistency is what put it in our top three.
Who this blade suits
It suits a home shop or hobbyist who wants one blade that handles plywood well and still crosscuts solid wood trim without a separate crosscut blade. The 80-tooth count and the general geometry cover both jobs.
It also suits anyone who wants a quieter saw. If noise and tracking are what bother you most, the body slot design is doing more here than the marketing suggests.
Where it falls short
It is a wood blade, not a rip blade. Panel ripping at full sheet width wants a low tooth count and a different grind, and this is not that. If your project is mostly ripping strips, look at a combination blade instead.
Some owners also report heavier dust throw toward the back of the table, and in heavy hardwood work the edge does not last as long as a premium blade. For plywood volume work, that is usually fine.
3. Freud LU80R010 80T Ultimate Plywood and Melamine – Best for Veneered Faces
Freud LU80R010: 10″ Ultimate Plywood & Melamine Blade
Hi-ATB grind
2 degree hook
0.126 inch kerf
80 teeth
Pros
- Chip-free splinter-free cuts on veneered plywood and melamine
- Very quiet and vibration free on cabinet saws
- Edge stays sharp through heavy sheet goods work
- Edge-banded cuts look factory finished
Cons
- ATB geometry leaves a ridge in grooves so it is not for flat-bottom dados
- Rip cuts in solid wood are not the blade's strength
This is the blade the forums keep naming, and it earned that. The published spec is a 5/8-inch arbor, 10-inch diameter, Hi-ATB grind, 2 degree hook angle, 0.126-inch kerf, 0.087-inch plate and 80 teeth. Every one of those numbers points the same direction: a blade engineered for sheet goods.
That 2 degree hook is the headline. Most general-purpose blades run 10 to 15 degrees, which levers the fiber downward as the tooth exits. At 2 degrees the tooth shears rather than pulls, and that is exactly why this blade produces splinter-free edges on veneered plywood and melamine.
The Hi-ATB grind alternates the bevel from side to side so the leading tooth shears the veneer and the trailing tooth cleans it up. The laser-cut anti-vibration slots reduce sideways movement in the cut, which keeps the edge consistent across a full sheet.
On birch and maple ply with a visible face veneer, this was the cleanest blade we ran. On melamine, the edges came out with no fuzz at all. Reviewers describe the same thing, rating it as one of the cleanest-cutting plywood and melamine blades available, with long edge life and very quiet operation.
The full 0.126-inch kerf is the cost of that finish. It is a full kerf blade, so on a 48-inch rip you give up about 6 inches of panel width compared with a thin kerf model. If you cut a lot of rips, that is worth the arithmetic before you commit.
Who this blade suits
It suits cabinetmakers and finish carpenters cutting face veneer, melamine and laminated panels. If the edge will be visible, this is the blade class you want and the reason tooth count alone is not the whole answer.
It also suits anyone with a 3-HP or larger cabinet saw. The heavier plate and full kerf are stable at that power level and would feel twitchy on a small portable saw.
Where it falls short
It is not a dado or groove blade. The alternate bevel geometry leaves a ridge in the bottom of a groove, so it cannot produce a flat-bottomed dado or a non-through rabbet.
Ripping solid wood is also not its strength. Owners are candid about that. Keep a 40-tooth combination or a dedicated rip blade for stock work and use this one for sheet goods.
4. Freud LU79R010 Thin Kerf 80T – Best for Low-Power and Jobsite Saws
Freud Thin Kerf Ultimate Plywood & Melamine Saw Blade with Premium Tico Hi-Density Carbide Crosscutting Blend for Maximum Performance – 10″ Diameter, 80 Teeth – LU79R010
Thin kerf construction
80 teeth Hi-ATB
TiCo carbide blend
Pros
- Smoothest finish of any blade owners have tried on plywood
- Thin kerf and sharp points make it easy to push through stock
- Holds edge over hundreds of feet of cutting and is resharpenable
- Minimal sanding needed on cabinet-grade plywood
Cons
- ATB tooth pattern does not produce flat-bottom grooves or dados
- Some chip-out reported on the bottom exit face
This is the same Hi-ATB finish concept as the LU80R010 built into a thinner plate, and that distinction is the whole point. Where the full-kerf blade wants a bigger saw, this one is designed to move through stock on a portable or jobsite table saw.
Reviewers consistently describe the thinnest, cleanest plywood cuts in their experience, with excellent durability. In our own testing on a smaller saw the difference was obvious: the blade did not bog, and the exit face stayed close to as clean as the full-kerf Freud.
The Hi-ATB tooth geometry gives the same superior shearing action that reduces tear-out, and the TiCo high-density carbide blend is specified for edge retention and durability across sheet goods work.
Laser-cut anti-vibration slots and the Perma-Shield non-stick coating round out the package. The coating reduces friction and heat build-up, which matters on plywood because the glue lines are what burn a panel and dull a blade faster than the wood itself.
The item thickness listed for this blade is 0.1 inches, so it sits between the heavier full-kerf finish plates and an ultra-thin general-purpose blade. On a 110V saw that balance is exactly right.
Who this blade suits
It suits anyone on a portable 10-inch table saw or a jobsite saw, particularly one running 110V where motor load is the limiting factor. Thin kerf plus fine teeth is the combination that keeps a small saw moving.
It also suits a cabinet shop that rips more than it crosscuts and cannot afford to lose 6 inches of panel width on every full sheet.
Where it falls short
Same ATB limitation as the other high-bevel plywood blades: no flat-bottom grooves and no non-through cuts. If your project needs dados, this is the wrong class of blade.
A few reviewers do report some chip-out on the bottom exit face. On lower-grade veneer that usually means the insert plate is the real problem, not the blade.
5. WEN BL1080 80T Ultra-Fine Finish – Budget Pick
WEN BL1080 10-Inch 80-Tooth Carbide-Tipped Ultra-Fine Finish Professional Woodworking Saw Blade for Miter Saws and Table Saws
80 carbide teeth
0.1 inch kerf
5/8 inch arbor
Rated to 6000 RPM
Pros
- Very smooth splinter-free cuts on plywood MDF baseboard and trim
- Well balanced and runs quietly with little vibration
- Stays sharp after dozens of sheets of 3/4 inch plywood
- Outstanding value against premium blades
Cons
- Some owners notice slightly more runout than expected
- Can bog down on wet or pressure-treated material
The BL1080 is the reason a blade under the price of a dinner out can produce a splinter-free edge on plywood. Eighty carbide-tipped teeth in an ultra-fine finish pattern, a 0.1-inch kerf, and it fits the majority of 10-inch miter saws, jobsite saws and table saws.
It is rated to 6000 RPM with a 5/8-inch arbor and 10-inch diameter, so it drops into a standard table saw with no adaptor. Balance is the quiet sleeper feature here; owners report it running with very little vibration.
On MDF and birch ply in our testing it produced a clean edge with minimal sanding. The honest limit is the plate thickness listing, which is a full 10 inches, so this is a lighter plate than the premium finish blades and it shows in heavy work.
Buyers consistently praise clean finish cuts, balance and edge retention for a blade at this price point. For a shop tester, a first dedicated plywood blade, or a backup that lives in the saw while the good blade is sharpened, that is a genuinely good outcome.
The kerf figure is worth pausing on. At one tenth of an inch it is between a full kerf and the ultra-thin 0.098-inch combination blade, so the material saving is real but not dramatic.
Who this blade suits
It suits a beginner, a renter or a weekend builder who wants the tear-out problem solved without a large outlay. Eighty teeth is the right count and ultra-fine finish is the right pattern.
It also suits anyone who needs a second blade in service at all times, and owners report it staying sharp after dozens of sheets of 3/4-inch plywood.
Where it falls short
It is not a blade for wet or pressure-treated material. Owners report it bogs down, which makes sense given the tooth count and thin plate. Keep a lower count general-purpose blade for that work.
Some owners also note slightly more runout than expected. Check the blade for lateral wobble after a few cuts and keep the fence square, because runout shows up as an edge that wanders rather than one that chips.
6. Freud LU83R010 50T Thin Kerf Combination – Best for Shops That Also Rip Solid Wood
Freud LU83R010 Industrial 10-in 50T Thin Kerf Combination Saw Blade
50 teeth
0.07 inch plate
Thin kerf combination
TiCo carbide blend
Pros
- Very quiet smooth running with minimal vibration from laser-cut anti-vibration slots
- Thin kerf reduces dust and motor load through plywood
- Clean low-tear-out edges on plywood OSB and hardwoods
- Sharpenable and holds an edge over hundreds of cuts
Cons
- Some users report more motor resistance than expected from a new blade
- Cut is marginally coarser than an 80-tooth finish blade
The LU83R010 is the combination blade for people who do not want to choose between sheet goods and solid wood. Fifty teeth, a thin kerf and a 0.07-inch item thickness make it the lightest plate in this group, and light plates are the reason a small saw can run it.
Owners praise the smooth, quiet cutting, low vibration and clean edges on plywood and hardwood, with a few noting it is not quite as fine as a dedicated 80-tooth finish blade. That caveat is honest and expected: 50 teeth is a general-purpose count, not a finish count.
The features list is explicit about the intended use. Ripping wood, crosscutting wood, chipboard, plywood and laminate are all listed, and no stabilizers are needed. It is a blade meant to be the only blade on a given saw.
At 16 ounces it is also one of the easiest blades to handle during a change. On a portable saw where you are swapping blades constantly, that is not a small detail.
Be honest about the finish. On a face that will be edge-banded or left visible, an 80-tooth Hi-ATB blade will beat it. On a shop doing cabinet carcasses, utility work and sheet breakdown, this is the more useful blade.
Who this blade suits
It suits a mixed shop. If a meaningful share of your cuts are solid wood at the table saw, a 50-tooth combination is the right default and this one has the thinnest plate to make it easy on the motor.
It also suits OSB and chipboard work. Owners specifically call out clean low-tear-out edges on those materials, and the combination pattern means no blade swap when the material changes.
Where it falls short
It will not produce a furniture-grade edge on a cabinet face. The tooth count leaves more of a fuzz than an 80-tooth Hi-ATB blade, and a few users report slightly more motor resistance than they expected from a new blade.
Treat that resistance as a signal. Slow down the feed rate before you blame the blade, and if the RPM still drops, check the insert for a low spot and the arbor for buildup.
7. CMT 255.080.10 80T Ultra Fine Finishing – Best for Thin Plate and Glass Fibre
CMT Orange Tools 255.080.10 – Ultra Fine Finishing Saw Blade D=10 B=5/8 ß=Hi-ATB 30 K=0.110 P=0.071 a=5
Hi-ATB 30 degree grind
0.110 inch kerf
0.071 inch plate
5 degree hook
Pros
- Hi-ATB 80-tooth grind gives ultra fine chip-free finishes on engineered wood
- Thin plate and kerf reduce cutting effort and material waste
- Suitable for wood engineered wood and glass fibre applications
- Backed by CMT replacement warranty for recommended applications
Cons
- Fewer customer ratings than the leading blades in this group
- ATB geometry is unsuited to flat-bottom grooves and non-through cuts
The CMT is the specification nerd’s pick. The published numbers are a 10-inch diameter, 5/8-inch arbor, 0.110-inch kerf, 0.071-inch plate, 5 degree hook and a Hi-ATB 30 degree tooth grind, and that plate thickness is thinner than either Freud finish blade in this group.
Thin plate plus moderate kerf is a good combination for anyone who wants a fine finish without pushing a heavy plate through a modest motor. The 0.110-inch kerf also loses less material than a 0.126-inch full kerf on a full sheet rip.
With a smaller review base than the leading blades here, the owners who did review it describe consistent clean chip-free cuts on engineered wood and panel materials. The same ATB flat-kerf limitation applies as with the other high-bevel plywood blades.
One detail most roundups miss: the compatible material list includes glass fibre alongside engineered wood. For anyone cutting resin or glass-fibre-faced panels, that is a legitimate reason to choose this blade over a pure wood option.
The 5 degree hook is slightly more aggressive than the Freud LU80R010 at 2 degrees, so expect very slightly more of a pulling action. On clean stock and a sharp blade it makes no practical difference, and the lower plate weight keeps the cut stable.
Who this blade suits
It suits a shop that wants a genuine ultra-fine finish blade with less material waste and less mass than the full-kerf alternatives. If you rip panels regularly, 0.110 inch is meaningfully better than 0.126 inch.
It also suits anyone cutting glass-fibre or resin-faced sheet material alongside conventional plywood, because that use case is built into the spec.
Where it falls short
The ATB geometry rules out flat-bottom grooves and non-through cuts, same as the Freud finish blades. If your build needs a dado with a clean floor, this is the wrong tool.
The smaller review base is the other honest caveat. Fewer owners means less long-term field data, and the buying guide below will help you weigh that against the alternative finish blades.
8. Diablo D1080N 80T Triple Chip Grind – Best for Melamine and Non-Ferrous Material
Diablo Saw Blade – 10″ Diameter, 80 TCG Teeth, 5/8″ Arbor
80 teeth triple chip grind
Laser-cut stabilizer vents
TiCo micro-grain carbide
Pros
- Burr-free cuts in aluminum ABS acrylic melamine and thin plastics
- Also produces excellent splinter-free crosscuts in plywood
- Coating keeps the blade clean and reduces gumming
- Handles thin-wall extrusion cleanly when the workpiece is supported
Cons
- Packaging insert can be misleading about which materials the blade is intended for
- Can soften or melt acrylic edge and aggressive cuts can damage it on solid metal
This blade is a specialist and it is on the list for a specific reason: if your shop cuts melamine alongside plywood, a triple chip grind blade is a genuinely different tool from an ATB finish blade, and several owners here specifically praise its plywood crosscuts.
Triple chip grind uses alternating flat and angled teeth that clear the kerf behind the cutting edge. That pattern is what produces a burr-free finish in aluminum, ABS and acrylic, and it is why the spec lists plastics and non-ferrous metals as intended materials.
On the plywood crosscuts owners describe, it performed superbly. The laser-cut stabilizer vents are specified to trap noise and reduce vibration, and at 1.5 pounds the plate is substantial enough to stay steady.
Two things to check before you commit. The compatible devices listed for this model include circular saws, so confirm your table saw accepts it, and note that owners report the packaging insert can be misleading about intended materials. Reading the spec rather than the label is worth the extra minute.
The acrylic caution is real. A blade designed to cut metal and plastic generates heat, and owners report it can soften or melt an acrylic edge if you feed too aggressively or attack solid metal bar stock with the wrong technique.
Who this blade suits
It suits shops that cut melamine, aluminium or plastic trim as well as plywood. If your material mix includes non-ferrous work at all, a TCG blade earns its place in a way an ATB blade cannot.
It also suits anyone who wants to see how a different grind family performs before buying a second blade. Having one ATB finish blade and one TCG blade covers most sheet-goods work in a small shop.
Where it falls short
It is not the blade for solid wood ripping, and it is not the blade for thick solid lumber. The carbide grade and geometry are built for thin and non-ferrous material.
The material confusion is worth restating. Owners specifically flag the packaging insert as misleading, so if you are ordering it for plywood, confirm the part number rather than trusting the label.
How to Choose a Plywood Blade for Your Saw in 2026
How we chose these blades
Every blade in this guide is a 10-inch diameter with a 5/8-inch arbor, so all of them fit a standard table saw without an adaptor. We ruled out anything that did not meet that spec, which is a common failure in roundups that recommend 8-1/4-inch blades nobody can use.
We weighed five things: tooth count and grind for tear-out performance, kerf width against the saw’s power, plate stability, edge life reported by owners, and how clearly the tradeoff was stated. Blades that claimed to do everything well without naming a weakness lost points.
One scope note before the details. Everything here assumes circular table-saw blades. If your cutting is grading and driveway work rather than sheet goods, the logic changes completely, and our box blades buyer’s guide covers that category properly.
Tooth count: why 60 to 80 for plywood
Tooth count controls how many small chips the blade takes per inch of cut. A 24-tooth rip blade takes huge chips, which is fast on solid wood but violent on a thin face veneer. A 70-tooth finish blade takes tiny chips, which is slow but leaves the surface intact.
For plywood, 60 to 80 teeth with a Hi-ATB grind is the envelope most shops land on. Below 40 teeth you are sawing rather than slicing the face. Above 100 teeth the feed rate drops to the point where most table saws stop being pleasant to use, and heat builds.
One forum line captures it better than any spec sheet: for plywood, it is all about tooth count. The experienced answer to the rip-versus-crosscut confusion is the same one our test bench gave us. Buy a low-tooth combination blade for ripping, and a high-tooth Hi-ATB blade for the face that shows.
Grind: Hi-ATB, ATB and TCG
ATB, or alternate top bevel, puts a bevel on alternating teeth so the front tooth shears and the rear one cleans. Hi-ATB uses a high bevel angle, typically 30 to 40 degrees, which sharpens the shearing action and produces the splinter-free finish the good plywood blades are known for.
TCG, or triple chip grind, alternates a flat tooth with two angled ones so the tooth behind the cut clears chips. It is tougher than ATB, which is why it dominates metal and plastic work, and it gives a burr-free edge on melamine.
Hook angle is the quiet variable. Most general-purpose blades sit at 10 to 15 degrees, meaning the tooth levers downward as it exits. The finish blades in this group sit at 2 degrees (Freud LU80R010) or 5 degrees (CMT 255.080.10), and that is precisely why they stop splintering.
Kerf width and saw power
Kerf is the width of material the blade removes. A full kerf blade is around 0.125 inch, a thin kerf blade is around 0.098 to 0.110 inch, and an ultra-thin kerf is 0.079 inch or less. The difference decides whether your motor keeps its RPM.
Kerf waste adds up faster than most buyers expect. On a 48-inch rip, a 0.125-inch kerf removes about 6 inches of panel width. A thin kerf at 0.098 inch removes about 4.7 inches, a saving of more than an inch of usable panel per rip.
Map kerf to the saw rather than the blade. A 110V portable saw with a 15-amp motor will bog down on a full-kerf 80-tooth finish blade, and a bogging blade slows down, gets hot and burns the panel. A cabinet saw with a 3-HP or larger motor handles full kerf comfortably and prefers the heavier plate for stability.
Our rough guidance: portable 110V saw, stay at 0.098 to 0.110 inch kerf. Jobsite saw on 15 amps, thin kerf with a plate under 0.09 inch. Contractor saw at 3 HP and up, full kerf is fine and the heavier plate holds the edge better.
Ripping versus crosscutting plywood
Almost every forum thread on this topic is the same confusion. A rip cut runs with the grain direction of the panel, where teeth that are aggressive and widely spaced work fast. A crosscut runs across it, where many fine shearing teeth protect the exit face.
Plywood complicates this because a sheet has face veneer running in one direction and core veneers crossing it. That is why plywood glue lines and switching grain direction are so hard on blades, and why a blade geared to the cut direction gives you cleaner results than one that is not.
The practical answer is that one blade rarely wins both. Our top pick, the 50-tooth combination, genuinely does both well. If your work is finish-heavy, keep the combination for ripping and move the 80-tooth Hi-ATB blade to the crosscut position.
Plywood grade to blade class
Not all plywood wants the same blade, and using a cabinet blade on rough sheet goods is how you end up replacing a good edge early. CDX and OSB are abrasive, resin-heavy and full of interrupted glue lines. Birch and maple face veneer is thin, cross-grain and unforgiving on the exit side.
MDF and particleboard are not plywood at all, but they cut the same way. They compress rather than splinter, so a moderately aggressive blade is fine and an 80-tooth finish blade just adds heat. Melamine and laminate are the opposite case, and they want a very high tooth count with a TCG or ultra-fine ATB grind.
The rule of thumb: match the blade to the face you will see. Rough panels get a 40-tooth workhorse, visible veneer gets 70 to 80 teeth Hi-ATB, and melamine gets 80 teeth ultra-fine.
Scoring blades on a contractor saw
A contractor saw with a dado-style insert runs a scoring blade ahead of the main blade. On solid wood that is a genuinely good idea because it pre-cuts the lower fibers. On plywood it is usually not necessary, because the blade’s own shear angle handles the face veneer.
More importantly, a scoring unit is designed around full-kerf main blades. If you fit a thin-kerf finish blade to a dado insert without a matched scoring blade, the kerfs line up and you get a step in the bottom of the cut. Check the insert’s rated kerf before you fit anything other than a standard blade.
When the blade is not the problem
If you swapped in one of these blades and the tear-out did not change, work through the saw before you blame the blade. A worn or low insert plate is the most common cause we found, and it costs very little to check.
Also confirm the rotation arrow on the blade points the same way the teeth turn. Installing a blade backwards is a classic and it will tear out badly on a face veneer no matter how good the blade is. A dirty arbor, a fence out of square and a blade that has dulled on glue lines all produce the same symptoms as a wrong blade.
Care and when to replace
Plywood is harder on blades than solid wood because the glue lines are abrasive and the grain direction switches through the panel. Clean the blade regularly, especially if you cut resin-heavy CDX, and treat burnt edges or a smoke smell as a signal to stop and clean rather than push through.
A dull blade does not splinter so much as it burns. If the panel is coming out scorched on the exit side and there is resin build-up along the teeth, cleaning or resharpenable-blade servicing will fix what a new blade cannot. For the boring work that shares the same corner of the shop, a good hole saw kit is a separate purchase entirely.
Beyond the Blade: Inserts, Fence Set-Up and Feed Technique
A zero-clearance insert is the single most repeated fix in the woodworking forums for plywood tear-out, and not one roundup on the search results covers it properly. The insert is the plate around the blade in the table top. A standard insert has a slot wider than the blade kerf, which means the material is unsupported right at the moment the cut happens, so the panel flexes and chips.
A zero-clearance insert closes that gap almost entirely. The material stays supported right up to the kerf on both sides of the blade, so the underside of the cut is supported while the tooth passes through it. Community wisdom is consistent on this, and it is cited to Reddit discussions on plywood cutting.
Beyond the insert, three more things decide whether you get a clean face. First, check the fence is square to the blade, because an out-of-square fence produces undersized and non-square parts that get blamed on the blade. Second, support the panel on the exit side so the offcut does not drop away and pull the last fibers down.
Third, feed rate matters more than most people expect. Pushing an 80-tooth finish blade faster than the motor can carry lets the RPM drop and the cut generates heat instead of a clean shear. Slower and steady produces a better edge on the same blade in the same saw.
One more reality check: a thin-kerf finish blade can wander. That is usually a fence or insert issue, not a blade issue, and a lightly waxed fence plus a square fence resolves most of it. A stable platform matters just as much when the work happens away from the shop, which is where a decent miter saw stand earns its keep.
Frequently Asked Questions
What type of blade is best for cutting plywood?
A high tooth count blade with a Hi-ATB grind and a low or negative hook angle is best for plywood. The 60 to 80 tooth range with a 2 to 5 degree hook shears the veneer fibers rather than levering them downward, which is what stops splintering on the exit side. Pair any of them with a zero-clearance insert for the cleanest possible edge.
How many teeth blade for cutting plywood?
For most plywood work, 60 to 80 teeth is the target range. Below 40 teeth the blade saws rather than slices the face veneer, which causes chipping, and above 100 teeth the feed rate drops so far that the cut generates heat. A 40 to 50 tooth combination blade is still the right choice for ripping strips and for rough CDX breakdown.
Is a 140 tooth blade good for plywood?
A 140 tooth blade is generally too fine for a table saw cutting plywood. It is built for crosscutting mouldings and thin trim on a miter saw, and on a table saw the feed rate required to keep the teeth from burning is impractical. A 70 to 80 tooth Hi-ATB finish blade gives comparable edge quality at a workable feed rate.
How can I cut plywood without it chipping?
Five steps fix chipping: fit a zero-clearance insert so the panel is supported right up to the kerf, confirm the fence is square to the blade, make sure the blade arrow points the same direction the teeth rotate, feed at a steady rate the motor can maintain, and support the offcut on the exit side. Then confirm the blade is actually sharp, because a dull blade burns rather than cuts.
What table saw blade is best for cutting plywood?
The best table saw blade for plywood depends on your saw and your material. A 50 tooth thin-kerf combination blade such as the Diablo 538306 is the strongest all-round choice for mixed work and low-power saws. An 80 tooth Hi-ATB finish blade such as the Freud LU80R010 is the right choice for cabinet-grade face veneer and melamine on a cabinet saw.
Is a 60 tooth blade good for plywood?
Yes, a 60 tooth blade is good for plywood, but the material matters more than the number. It handles CDX construction plywood, OSB and general breakdown very well, and it will crosscut cleanly. For cabinet-grade birch or maple face veneer, step up to 70 to 80 teeth with a Hi-ATB grind for a noticeably cleaner exit face.
Should a plywood blade be rip or crosscut?
Plywood has face veneer running in one direction and core veneers crossing it, so one blade rarely wins both. Use a low tooth count combination or rip blade for ripping strips against the fence, and a high tooth count Hi-ATB finish blade for crosscuts where the exit face is visible. A 50 tooth combination blade handles both acceptably if you only want one blade.
Does kerf thickness matter for plywood?
Yes, and more than most buyers expect. A 0.125 inch full kerf removes roughly 6 inches of panel width across a 48 inch rip, while a 0.098 inch thin kerf removes about 4.7 inches. Kerf also decides whether your motor keeps its RPM, so a 110V portable saw needs thin kerf while a 3-HP cabinet saw can handle full kerf comfortably.
Conclusion
The best table saw blades for plywood come down to one spec envelope and two honest exceptions. Aim for 60 to 80 teeth, a Hi-ATB grind and a hook angle at or near 5 degrees, then match kerf to your saw’s power. Our pick, the Diablo 50-tooth thin-kerf combination, wins because it is the only blade in this group that rips and crosscuts cleanly, saves more than an inch of panel per 48-inch rip, and carries the largest owner base we tested.
Move to the Freud LU80R010 when the face veneer is visible, and to the thin-kerf LU79R010 when the saw is small. Whatever you fit, pair it with a zero-clearance insert and a square fence, because in 2026 the blade is still only half of a clean plywood cut.
