FREUD straight bits cut smoother than other bits because of the precise Shear and hook angles. End of bit relief allows for fast plunging.
- Double Flute Design - Ideal for grooving, edge-routing, and a wide range of general-purpose routing tasks in hardwood, softwood, plywood, and composite materials, delivering unmatched flexibility for professional woodworkers.
- Precision Hook and Shear Angles - Engineered for fast, efficient cutting and ultra-smooth finishes, ensuring clean results in every pass, whether using a CNC, hand-held, or table-mounted router.
- Use Across Router Types - Designed for compatibility with CNC, hand-held, and table-mounted routers, making these bits a reliable choice for both workshop and jobsite use.
- TiCo Hi-Density Carbide - Built with Freud’s proprietary TiCo carbide formulation, optimized for durability and sharpness, delivering superior cutting performance across a wide range of materials.
- Optimized for Plunge Cuts – Features relieved tip geometry that enables clean and efficient plunge cuts, reducing tool strain and ensuring precise entry into materials.
- Double Flute Design - Ideal for grooving, edge-routing, and a wide range of general-purpose routing tasks in hardwood, softwood, plywood, and composite materials, delivering unmatched flexibility for professional woodworkers.
- Precision Hook and Shear Angles - Engineered for fast, efficient cutting and ultra-smooth finishes, ensuring clean results in every pass, whether using a CNC, hand-held, or table-mounted router.
- Use Across Router Types - Designed for compatibility with CNC, hand-held, and table-mounted routers, making these bits a reliable choice for both workshop and jobsite use.
- TiCo Hi-Density Carbide - Built with Freud’s proprietary TiCo carbide formulation, optimized for durability and sharpness, delivering superior cutting performance across a wide range of materials.
- Optimized for Plunge Cuts – Features relieved tip geometry that enables clean and efficient plunge cuts, reducing tool strain and ensuring precise entry into materials.
