High-Quality V-Groove Router Bits: Precision Cutting for Woodworking Projects

What Are V-Groove Router Bits?

Key Features of Our V-Groove Router Bits

1. Durable Carbide Construction

   The cutting edges are made of premium tungsten carbide, ensuring long-lasting sharpness and resistance to wear—even when cutting dense hardwoods like oak or maple. The rust-resistant red coating adds extra protection against corrosion.
2. Multiple Sizes & Angles for Versatility

   Choose from 9 precision-engineered models (all with a 6mm shank) to match your project needs:
   Check our size chart for exact specifications:

   Model	Shank (D)	Cutting Width (d1)	Angle (R)	Cutting Depth (C)
   Φ61090°	6mm	10mm	90°	11mm
   Φ61690°	6mm	16mm	90°	12mm
   Φ62260°	6mm	22mm	60°	25mm
   Φ63260°	6mm	32mm	60°	34.5mm
   Φ622120°	6mm	22mm	120°	11.5mm

• Angles: 60°, 90°, 120°, 150° (ideal for different groove depths and edge styles)

• Cutting widths (d1): 10mm, 16mm, 22mm, 32mm (fits standard router collets)

3. Smooth, Clean Cuts

   The precision-ground cutting edges minimize splintering, even on delicate materials like plywood. The balanced design reduces vibration, allowing for steady, controlled routing—perfect for achieving professional-looking finishes.
4. Wide Application

   Suitable for:

• Decorative V-grooves on furniture panels

• Beveled edges on cabinets and shelves

• Joinery for box corners or frame details

• Sign-making and decorative wood art

  Compatible with most handheld routers and router tables.

Why Choose Our V-Groove Router Bits?

• Precision Engineering: Each bit is manufactured to strict tolerances, ensuring consistent performance across all sizes.

• Long Service Life: Carbide tips and a hardened steel shank resist chipping and wear, reducing the need for frequent replacements.

• User-Friendly: Easy to install (6mm shank fits standard routers) and suitable for both beginners and professional woodworkers.

How to Use V-Groove Router Bits Safely

1. Ensure your router is properly secured (use a router table for large projects).

2. Select the correct bit size for your desired groove depth/angle.

3. Start with a shallow pass, then gradually increase depth to avoid overloading the bit.

4. Keep the bit and workpiece clean to prevent overheating.