The best 13-inch planers for most workshops are the DEWALT DW735X for maximum cutting control, the WEN PL1326 for quieter spiral-head operation, and the RIDGID R4331 for a strong balance of capacity, portability, and price.
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Top 3 picks at a glance
Best 13-Inch Planers Compared
| Model | Cutterhead | Maximum width | Feed rates | Maximum cut | Approximate market range | Best for |
|---|---|---|---|---|---|---|
| DEWALT DW735X | Three-knife helical-style disposable blades | 13 in | 96 or 179 cuts/in; approximately 14 or 26 feet/min | 1/8 in on narrower stock; less on wide boards | $650–$850 | Fast stock removal and precise finishing |
| WEN PL1326 | Spiral cutterhead with carbide inserts | 13 in | 26 feet/min | Up to 1/8 in | $450–$650 | Lower noise and economical spiral-head planing |
| RIDGID R4331 | Three-knife cutterhead | 13 in | Approximately 26 feet/min | Up to 1/8 in | $450–$650 | General-purpose shop use and portability |
| CRAFTSMAN CMEW320 | Two-knife cutterhead | 12.5 in | Approximately 26 feet/min | Up to 3/32 in | $350–$500 | Budget-conscious beginners |
Published specifications can vary slightly by production revision and market, so use the table as a buying comparison rather than a substitute for the manual. The important differences are not just width and motor power: feed speed, cutterhead design, infeed support, dust handling, and the way each machine behaves on wide or difficult timber have a bigger effect on day-to-day results.
1. DEWALT DW735X: Best Overall for Control and Throughput
The DEWALT DW735X is the strongest all-round choice when the planer will process a steady stream of hardwood, glue-up panels, or rough boards. Its two-speed feed system lets you choose a faster removal rate or a slower finishing pass. That matters because a planer that only has one feed speed forces you to compromise between productivity and surface quality.
Use the faster setting when removing substantial material from straight, stable boards. Switch to the slower setting for the final pass, especially on figured maple, walnut, cherry, or wide panels where tear-out is more likely. The disposable three-knife system also makes blade changes predictable: replace the knives as a set instead of trying to sharpen and balance individual blades.
Where it stands out
- Two feed rates provide a practical roughing-versus-finishing choice.
- The fan-assisted chip ejection system can move shavings effectively when connected to suitable dust collection.
- It has a robust depth-stop and repeatable height adjustment for batch work.
- Replacement knives are widely available and quick to install.
Limitations
This is a loud machine, and its chip ejection can overwhelm a small shop vacuum if the hose, separator, or filter is restrictive. It is also heavy for a benchtop planer. At roughly 90 pounds before accessories, it is portable in the sense that two people can relocate it, not that most users will casually carry it to a jobsite.
2. WEN PL1326: Best for Quieter Spiral-Head Planing
The WEN PL1326 is a compelling choice when reduced cutting noise and easier maintenance matter more than having two feed rates. Its spiral cutterhead uses many small carbide inserts rather than long straight knives. That arrangement generally produces a less harsh cutting sound and lets you rotate or replace individual inserts when one corner is damaged.
It still requires hearing protection: a benchtop planer remains a high-noise power tool. However, the sound is often less sharp than the impact from a conventional straight-knife cutterhead. The spiral design is also useful for figured grain, because a small insert engaging the wood can be less prone to lifting a large section of grain than a long knife edge.
Choose it when
- You regularly plane figured or interlocked grain.
- You want carbide insert life and do not want to sharpen long knives.
- Your workshop is near living areas and a somewhat less aggressive noise profile is valuable.
- You can accept a single feed rate and more modest high-volume throughput.
A spiral head is not a guarantee against tear-out. Grain direction, cutting depth, board support, and cutter sharpness still matter. For the cleanest result, take a light final pass of about 1/32 inch or less rather than relying on the cutterhead alone.
3. RIDGID R4331: Best Balance of Capacity and Price
The RIDGID R4331 fits the common 13-inch, 15-amp benchtop planer format and is a sensible middle ground for furniture makers who need full-width capacity without paying premium pricing. Its three-knife cutterhead supports conventional stock removal, while folding or removable tables make storage and transport easier than with a floor-standing machine.
It is best suited to occasional or moderate production rather than nonstop commercial work. Take advantage of its full cutting width, but avoid treating the maximum 1/8-inch depth as an everyday setting on a wide hardwood board. The motor has to remove considerably more material across a wide face, which increases load, heat, noise, and the chance of a rough surface.
Practical operating range
- Take 1/16-inch passes on stock up to about 6 inches wide.
- Reduce the cut to 1/32 inch or less on wide hardwood panels.
- Use a sacrificial or stable outfeed support for boards longer than the machine tables.
- Check knife alignment whenever a board develops repeated ridges across its width.
4. CRAFTSMAN CMEW320: Best Low-Cost Entry Point
The CRAFTSMAN CMEW320 is slightly narrower than a full 13-inch planer, with a 12.5-inch capacity, but that difference is insignificant for many home workshops. It is aimed at users who need to dimension rough lumber occasionally and want a conventional benchtop format without investing in a spiral cutterhead.
Its two-knife cutterhead can produce good results when the knives are sharp and the board is fed consistently. Compared with three-knife and spiral-head machines, it may leave a more noticeable transition or ridge if the knives are not aligned carefully. It is therefore a better value for small projects than for repeated wide-panel production.
Cutting depth: the specification most buyers misuse
A planer’s maximum depth rating does not mean that the machine should remove that amount on every pass. The useful cut depends on board width, wood hardness, grain direction, and how cleanly the dust system clears chips.
For a simple power-budget estimate, assume a 15-amp planer on a 120-volt circuit. The theoretical input limit is:
120 volts × 15 amps = 1,800 watts.
The motor cannot deliver all of that as cutting power because of electrical and mechanical losses. A deep cut across a 12- or 13-inch hardwood board can consume much of the available reserve, causing the motor to slow. When that happens, the board advances more slowly through the knives, the surface becomes rougher, and the risk of burning increases.
A useful starting schedule is 1/16 inch for rough sizing and 1/32 inch or less for the final pass. Reserve cuts near 1/8 inch for narrow, straight-grained, softer material or for occasional aggressive removal when the machine is not audibly bogging down.
Snipe control: the difference between usable and frustrating
Snipe is the shallow dip at the leading or trailing end of a board. It happens when the board lifts or drops slightly as it enters or leaves the cutterhead. It is not eliminated by buying a more expensive planer, although some machines control it better.
Use this setup sequence
- Align the infeed and outfeed tables so their surfaces support the board at the same height as the planer bed.
- Place a long, flat support table behind the planer. A support extending 2–3 feet is often enough for typical furniture boards.
- Keep the board pressed down only while it is safely before or after the cutterhead; do not force it into the knives.
- Feed a second board immediately behind the first if the boards have matching thickness and grain direction. This keeps the feed rollers engaged longer.
- Leave at least 2–4 inches of sacrificial length on rough stock, then cut the ends square after planing.
Use the planer’s depth stop for repeated thicknesses, but measure the actual finished board with calipers or a reliable thickness gauge. A stop prevents accidental over-adjustment; it does not compensate for snipe or uneven rough lumber.
Dust collection and noise
Planers produce large chips, not just fine dust. A 2.5-inch hose can work for light use, but a 4-inch dust-collection line is a better match for continuous chip flow. If the machine throws chips from its exhaust port, check for a clogged filter, a full separator, a crushed hose, or an adapter that reduces the opening too sharply.
Noise is unavoidable, but cutterhead design changes its character. Straight knives usually produce a louder, sharper impact sound. Spiral and helical-style heads often sound smoother, though the motor, fan, and chip ejection remain loud. Wear hearing protection, and do not operate any of these machines in a confined room without controlling airborne dust.
Which planer fits your workshop?
| Your situation | Recommended choice | Reason |
|---|---|---|
| You dimension many boards and want a fast final pass | DEWALT DW735X | Two feed speeds and strong chip ejection support higher throughput. |
| You work with figured grain or dislike long knife changes | WEN PL1326 | Spiral carbide inserts are quieter in operation and individually replaceable. |
| You need 13-inch capacity at a midrange price | RIDGID R4331 | Full-width benchtop capacity with conventional planer maintenance. |
| You mostly plane narrow boards and want the lowest entry cost | CRAFTSMAN CMEW320 | Its 12.5-inch width covers most small furniture projects. |
| You need to carry the tool frequently | A lighter 12.5-inch class planer | Capacity matters less than weight, table folding, and easy storage. |
Frequently asked questions
Do spiral cutterheads eliminate tear-out?
No. A spiral cutterhead can reduce the likelihood of lifting a large section of grain, but it does not guarantee a tear-out-free surface. Grain direction, cutting depth, board support, and cutter sharpness still matter. For the cleanest result, take a light final pass of about 1/32 inch or less rather than relying on the cutterhead alone.
How loud are benchtop thickness planers?
Benchtop thickness planers are high-noise power tools, so hearing protection remains necessary even when a spiral cutterhead produces a less sharp cutting sound. The DEWALT DW735X is described as a loud machine, while the WEN PL1326 generally has a less harsh noise profile. Dust collection equipment can also affect the overall shop noise.
Can a shop vacuum handle planer chips?
A shop vacuum may handle light use, but a 2.5-inch hose can be restrictive for continuous chip flow. Planers produce large chips rather than only fine dust, and the DEWALT DW735X can overwhelm a small shop vacuum when the hose, separator, or filter is restrictive. A 4-inch dust-collection line is a better match for continuous chip flow.
How should I support long boards during planing?
Use stable infeed and outfeed support aligned with the planer bed. A long, flat support table behind the planer, extending 2–3 feet, is often enough for typical furniture boards. For boards longer than the machine tables, use sacrificial or stable outfeed support. Keep the board safely supported without forcing it into the knives.
Why should I leave extra length on rough lumber?
Leave at least 2–4 inches of sacrificial length on rough stock because the leading and trailing ends can develop snipe as the board enters or leaves the cutterhead. After planing, cut the ends square. Support the board properly, align the tables, and use a depth stop for repeated thicknesses, while measuring the actual finished board separately.
Final buying advice
Choose the DEWALT DW735X if cutting depth control, throughput, and repeatable finishing are your priorities. Choose the WEN PL1326 if a spiral cutterhead, lower perceived cutting noise, and insert maintenance suit your work. The RIDGID R4331 is the balanced 13-inch option for general woodworking, while the CRAFTSMAN CMEW320 makes sense when your boards are usually under 12.5 inches and the budget is tight.
Whichever planer you choose, budget for a proper 4-inch dust path, long infeed and outfeed support, hearing protection, and enough sacrificial board length to remove snipe. Those accessories and habits often improve finished results more than a small difference in motor speed or maximum advertised cut.
