1/2-inch 90-degree V-groove Router Bit | Double-flute Carbide Tip For Precision Woodworking

Discover the 1/2-inch, 90-degree V-groove router bit engineered for clean, precise grooves and decorative edges. Its carbide tip paired with a dual-flute design delivers sharp, consistent cuts and minimal tear-out. Designed to fit most routers via a 1/4-inch shank, it measures 1-3/4 inches in overall length with a 1/2-inch cutting diameter and a 1/2-inch cutting length, making it a versatile addition to any workshop. A reliable choice for cabinetry, picture frames, and custom furniture projects in any workspace.

Benefits Paragraph: This tool adds a touch of professional finish to your work, enabling you to craft crisp grooves and precise edges with less effort and fewer passes. The carbide tip maintains edge retention longer, reducing downtime and tool changes, while the 90-degree V-groove creates striking decorative details in both hardwoods and softwoods.

• V-Groove Geometry: Delivers precise 90-degree angles for clean decorative grooves and reliable joinery, perfect for cabinet doors and picture frames.
• Double-Flute Construction: Ensures smooth cutting action and efficient chip evacuation for a cleaner surface on a wide range of woods.
• Carbide Tip: Provides long-lasting sharpness and durability across common woodworking materials.
• Shank & Router Compatibility: Features a 1/4-inch shank to fit most routers, offering broad compatibility and easy integration.
• Precise Dimensions: 1/2-inch diameter with a 1/2-inch cutting length and 1-3/4-inch overall length for consistent grooves.

Elevate Your Craft with Precision: Combine rugged carbide durability with exact V-groove geometry to achieve showroom-worthy edge lines on a variety of projects. Use it to add decorative detail to cabinets, frames, trim, and custom pieces with confidence. Built for professionals and hobbyists alike, this bit delivers dependable performance and repeatable results. Order now and experience cleaner grooves, crisper profiles, and faster project completion.