Solid Carbide Compression Spiral Router Bit 5 Inch Overall Length With Half Inch Shank And Cutting Diameter 3 Inch Cut Length TAC Coated Up Down Cutter For CNC Milling Routing Tables And Engraving Tools Built Like a Tank Heavy Duty Precision

Regular price $165.95 Sale price$361.00you save $195.05
Product ID: 1250-4824
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Compression spiral router bit solid carbide TAC coating
✔️ 1/2 inch shank, 1/2 inch cutter, 3 inch cut length, TAC coating, up/down spiral

You get clean cuts with this solid carbide compression spiral router bit suitable for wood, laminate, and aluminum work. The up-down spiral action lifts material smoothly while leaving crisp edges on the top and bottom surfaces of your dados and mortises. Mount this tool on your CNC mill, engraver, router table, or handheld device for accurate side and end milling tasks.

✅ TAC coating extends tool life up to 2.5 times compared to uncoated bits and resists heat buildup during long runs.
✅ Holds accuracy within ±0.02mm tolerance for high-precision cuts in dense materials like oak and aluminum.
✅ Features a 1/2 inch shank, 1/2 inch cutting diameter, and 3 inch cut length for stable performance in CNC routers and mill machines.
✅ Handles side milling, end milling, and finish machining across soft woods, hardwoods, plywood, MDF, and laminates.

💡 Why choose a compression spiral router bit for CNC woodworking projects?

A compression spiral router bit is a handy solution for CNC woodworking where clean edges and efficient chip removal matter most.

  • The opposing helix angles compress material fibers before shearing, which eliminates tear-out on the top surface of hardwoods and laminates.
  • TAC coated carbide construction maintains hardness and thermal stability under heavy loads for extended service life when machining aluminum and dense solids.
  • Upward chip evacuation prevents buildup in deep slots while the downward force keeps the workpiece seated firmly against the spoil board for consistent depth control.
  • Dual-action geometry allows a single pass to achieve finished edges on dados and mortises without switching bits or flipping workpieces.
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