2 Flutes Down Cut Low Helix Spiral Router Bit Solid Carbide CNC end Mill 2 Pieces 1/4 inch Shank 13/16 Cutting Diameter 3 inch Overall Length LHD02 (2) 2PCS 13/16D*1/4SHK*3OVL downcut
2 Flutes Down Cut Low Helix Spiral Router Bit Solid Carbide CNC end Mill 2 Pieces 1/4 inch Shank 13/16 Cutting Diameter 3 inch Overall Length LHD02 (2) Transform your woodworking projects with this precision-engineered low helix spiral router bit. The low helix design reduces chip load while maintaining excellent cutting efficiency, making it ideal for clean, smooth cuts in both soft and hardwoods. This router bit excels at creating precise grooves, dadoes, and intricate patterns with minimal tear-out, even when working against the grain. The spiral cutting edge delivers superior material removal and helps prevent burning, while the carefully calculated geometry ensures reduced vibration during operation. Perfect for both handheld and table- mounted routing applications, this bit maintains consistent cutting performance throughout its working life. Whether you're crafting furniture, cabinetry, or decorative pieces, this low helix spiral router bit delivers the professional results your projects demand. For best results, maintain appropriate feed rates and keep the bit clean between uses. Product Features LOW HELIX DESIGN: Features a shallow spiral angle that produces less aggressive cuts, reducing strain on the router motor and extending bit life SMOOTH CUTTING ACTION: The spiral flute design provides cleaner cuts with minimal tear-out, ideal for working with hardwoods, softwoods, and composite materials EFFICIENT CHIP EVACUATION: Spiral configuration effectively removes chips and debris from the cut, preventing clogging and ensuring consistent performance throughout the operation VERSATILE APPLICATION: Perfect for edge forming, mortising, grooving, and general routing tasks in woodworking projects requiring precision and control DURABLE CONSTRUCTION: Manufactured from high-quality carbide-tipped steel for long-lasting sharpness and reliable performance across multiple projects