Wadkin AT
Thickness Planer
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Automatic powered table adjustment
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Electronic table height measurement
- Surfacing width capacity 530/ 630/ 800 mm
- Thicknessing capacity 3 - 300 mm
- Working length, min. 310 mm
- Thicknessing table length 1200 mm
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775 mm long table
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Manual height adjustment
- Surfacing width capacity 410 mm
- Thicknessing capacity 3 - 240 mm
- Working length, min. 180 mm
- Thicknessing table length 775 mm
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850 mm long table
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Powered table movement
- Surfacing width capacity 520 mm
- Thicknessing capacity 3 - 240 mm
- Working length, min. 220 mm
- Thicknessing table length 850 mm
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Two speed powered table adjustment
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Mechanical digital readouts
- Surfacing width capacity 520 mm
- Thicknessing capacity 3.5 - 300 mm
- Working length, min. 220 mm
- Thicknessing table length 900 mm
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Two speed powered table adjustment
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Mechanical digital readouts
- Surfacing width capacity 630 mm
- Thicknessing capacity 3.5 - 300 mm
- Working length, min. 260 mm
- Thicknessing table length 1000 mm
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Infinitely variable feed speed
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Two speed powered table adjustment
- Surfacing width capacity 520 mm
- Thicknessing capacity 3.5 - 300 mm
- Working length, min. 220 mm
- Thicknessing table length 900 mm
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Infinitely variable feed speed
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Two speed powered table adjustment
- Surfacing width capacity 630 mm
- Thicknessing capacity 3.5 - 300 mm
- Working length, min. 260 mm
- Thicknessing table length 1000 mm
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“READY” programmable control
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Pneumatic feed pressure adjustment
- Surfacing width capacity 630 mm
- Thicknessing capacity 3.5 - 300 mm
- Working length, min. 260 mm
- Thicknessing table length 1000 mm
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Thicknessers Frequently Asked Questions
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How does a planer/thicknesser work and what are its key features?
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A planer/thicknesser works by feeding a wooden board through a set of rotating cutting blades to remove material and create a smooth, even surface. For planing, the board is guided over an adjustable table, while for thicknessing, it is passed through an infeed and out-feed roller system that pushes the board beneath the blades. Key features of a planer/thicknesser include adjustable height controls for setting the desired thickness, precision cutting blades for smooth finishes, feed rollers to power the board through the machine, and dust extraction ports remove dust and chippings to ensure the best possible finish and protect the operator. Twin feed speeds or infinitely variable feed speeds are usually included to regulate the process based on different wood types and the amount of material being removed.
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What is the difference between a planer and a thicknesser?
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A planer and a thicknesser are both woodworking tools used to create smooth, even surfaces on boards, but they serve slightly different purposes. A planer (sometimes called a jointer) is used to flatten one face of a board and square the edges, making it straight and true. A thicknesser, on the other hand, is used to plane the opposite face of a board to achieve a consistent thickness along its length. Thicknessers feed the board through rollers, adjusting the thickness of the board to match the desired measurement. Often, combination planer/thicknesser machines are used to provide both functions, allowing woodworkers to efficiently prepare rough boards for use in projects.
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What's the difference between and spiral and TERSA cutter block?
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The difference between a spiral cutterblock and a TERSA cutterblock lies in their design and maintenance efficiency. A spiral cutterblock features a helical arrangement of small carbide or HSS inserts that can be rotated to reveal a fresh edge, providing smoother cuts, reduced noise, minimal tear-out, and reduce power consumption. TERSA cutterblocks, on the other hand, use straight, reversible knives that are locked into the cutterblock by centrifugal force, allowing for extremely quick and tool-free blade changes. While spiral cutterblocks offer quieter operation and better results on challenging woods, TERSA cutterblocks are valued for their quick-change convenience, making them ideal for users who need frequent, efficient blade maintenance
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