10 bestPlaner Thicknesserof April 2025
112M consumers helped this year.
25% off
1
DEWALT DW733-GB Portable Thicknesser Planer, 230V 1800W,
DEWALT
9.9
2
Makita DKP180Z 18V Li-Ion LXT Planer - Batteries And Charger Not Included
Makita
9.8
3
Metabo MPTDH330 1800 W 240 V Thicknesser
metabo
9.7
4
Makita 2012NB/2 Thicknesser, 220 V, 1650 W, 304 mm Blue Large
Makita
9.5
5
LUMBER JACK PT330H Thicknesser with Helical Cutter Spiral Head, 1500W Motor, Portable Bench Top Woodworking Machine, 330mm x 152mm Planing Capacity from The PRO Series
LUMBER JACK
9.3
OtherUp to 10% off
Einhell TC-SP 204 Thickness Planner | 1500W, 9000 RPM, Pull-Out Supports, Vibration-Absorbing Feet, Chip Extractor | Electric Planer Thicknesser For Dressing, Thicknessing And Surfacing Wood
Scheppach dressing and thickness planer HMS 850
Axminster Workshop AW318BT Benchtop Thicknesser - 230V
260 x 25 x 3mm Planer Blades Compatible with Axminster AT107PT, Jet JPT260, Record Power PT107, Sedgwick PT1 PT3, Startrite PT260 HSS Resharpenable 1 Pair Planer Blades by Xcalibur Tooling
6
LUMBER JACK 10 x 5 Inch Planer Thicknesser with HSS Twin Blades, Dust Chute, & Legstand for Woodworking
LUMBER JACK
9.1
7
Makita KP312/1 110V 312mm Planer
Makita
8.8
8
Triton 1100W Thicknesser 317mm TPT125 (583534), Beige|grey
Triton
8.6
9
LUMBER JACK 330mm Bench Top Thicknesser Portable Woodworking Machine with Folding Tables, Easy Blade Height Adjustment and Multi Size Dust Port
LUMBER JACK
8.4
10
DeWalt D27300 Planer Thicknesser
DEWALT
8.1
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A Guide to Selecting the Best Planer Thicknesser
Choosing the right planer-thicknesser can make a significant difference in your woodworking projects. This tool is essential for smoothing and sizing wood, ensuring that your pieces are uniform and ready for further processing. When selecting a planer-thicknesser, it's important to consider several key specifications to ensure it meets your needs and provides the best performance for your projects.
Cutting Width
The cutting width refers to the maximum width of wood that the planer-thicknesser can handle. This is important because it determines the size of the wood pieces you can work with. Cutting widths typically range from 10 inches to 20 inches or more. If you often work with larger pieces of wood, a wider cutting width will be beneficial. For smaller projects, a narrower width may suffice.
Cutting Depth
Cutting depth indicates how much material the planer-thicknesser can remove in a single pass. This is crucial for efficiency and achieving the desired thickness quickly. Cutting depths usually range from 1/8 inch to 1/4 inch. If you need to remove a lot of material quickly, a deeper cutting depth is advantageous. For finer, more precise work, a shallower depth may be preferable.
Motor Power
Motor power is measured in horsepower (HP) and determines the tool's ability to handle tough materials and continuous use. Higher horsepower means more power and efficiency, especially for harder woods. Motors typically range from 1 HP to 3 HP or more. If you work with dense hardwoods or large volumes of wood, a more powerful motor is necessary. For lighter, occasional use, a lower horsepower motor may be sufficient.
Feed Rate
Feed rate is the speed at which the wood is fed through the planer-thicknesser, usually measured in feet per minute (FPM). This affects the smoothness of the finish and the speed of operation. Feed rates can range from 10 FPM to 30 FPM or higher. Faster feed rates are useful for large projects and quick processing, while slower feed rates can provide a smoother finish for detailed work.
Number of Blades
The number of blades in the cutter head affects the smoothness and quality of the cut. More blades generally mean a finer finish and less tear-out. Planer-thicknessers typically have 2 to 4 blades. If you need a very smooth finish, look for a model with more blades. For general use, fewer blades may be adequate.
Dust Collection
Dust collection is an important feature for maintaining a clean workspace and protecting your health. Effective dust collection systems can capture most of the debris generated during operation. Look for models with built-in dust ports that can be connected to a vacuum or dust extractor. If you work in a small or enclosed space, efficient dust collection is crucial.
Build Quality
Build quality refers to the materials and construction of the planer-thicknesser. A robust, well-built machine will be more durable and provide better performance over time. Look for models made with high-quality metals and sturdy components. If you plan to use the tool frequently or for heavy-duty projects, investing in a higher build quality is important.
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