- Precision Cutting - Delivers clean, accurate through-cuts, mortises, and deep blind holes in hardwoods, softwoods, plywood, and composites using CNC, hand-held, or table-mounted routers.
- Efficient Chip Removal - Designed with up spiral geometry, these bits eject chips upward and out of the cut, reducing heat and friction. This ensures faster routing and smoother finishes especially in deep cutting applications.
- Versatile Application - Ideal for a wide range of materials, including veneered plywood, hardwoods, softwoods, and composites, this bit set provides excellent results whether you're using a CNC machine, hand-held, or table-mounted unit.
- Durable Construction - Crafted from premium solid carbide, each bit in the set is built to withstand heavy-duty use in abrasive materials. Expect superior edge retention and durability, ensuring clean cuts and reliable performance over time.
- Cool, Clean Operation - Black I.C.E. coating resists heat and pitch buildup, improves chip evacuation, and keeps the cutting edge cooler for smoother performance and extended bit life in dense materials.
- Precision Cutting - Delivers clean, accurate through-cuts, mortises, and deep blind holes in hardwoods, softwoods, plywood, and composites using CNC, hand-held, or table-mounted routers.
- Efficient Chip Removal - Designed with up spiral geometry, these bits eject chips upward and out of the cut, reducing heat and friction. This ensures faster routing and smoother finishes especially in deep cutting applications.
- Versatile Application - Ideal for a wide range of materials, including veneered plywood, hardwoods, softwoods, and composites, this bit set provides excellent results whether you're using a CNC machine, hand-held, or table-mounted unit.
- Durable Construction - Crafted from premium solid carbide, each bit in the set is built to withstand heavy-duty use in abrasive materials. Expect superior edge retention and durability, ensuring clean cuts and reliable performance over time.
- Cool, Clean Operation - Black I.C.E. coating resists heat and pitch buildup, improves chip evacuation, and keeps the cutting edge cooler for smoother performance and extended bit life in dense materials.
