CMT Classical Roman Ogee Bit, 1/4 in. Radius. - 1/2 in. Shank

CMT Classical Roman Ogee Bit - 3/4 in. Carbide Height - 1/2 in. Shank

Create Elegant Rail and Stile Profiles with Symmetrical Classical Detailing

The CMT Classical Roman Ogee Bit adds a refined touch to traditional woodworking projects with a decorative horizontal bead incorporated into the classic ogee profile. Designed for creating symmetrical rail and stile joints, this bit is ideal for wainscoting, cabinetry, furniture, and other applications where added edge detail is desired.

The carefully designed profile allows woodworkers to create beautifully matched interior edges for elegant panels and architectural details. For best results, use with a router table and follow proper setup procedures to achieve precise, seamless joints.

Creating Wainscot Walls:

1. Set the bit dead center to match the thickness of your stock.
2. Route the interior edges of the rails and stiles.
3. Flip the rails over and cope the edges with the bit remaining in the same router table position.
4. Attach one stile, install the rails, then attach the final stile for a precise fit.

Features:

• Creates a classical Roman ogee profile with a decorative center bead.
• Ideal for wainscoting, cabinetry, furniture, and architectural millwork.
• Produces matching rail and stile profiles for clean, professional results.
• Carbide cutting edges provide long-lasting performance and durability.
• Designed for use with 1/2 in. shank routers.

Safety Tips: Always wear a dust mask and eye protection when routing.

Shop Tips: Multiple passes are recommended for the best finish and extended bit life.

Safety Precautions: Never use damaged or worn router bits. Always operate at the recommended feed rate without forcing the bit. Pay particular attention when making initial cuts with smaller diameter bits. For best results, make deeper cuts in multiple passes.

How CMT Produces High-Quality Router Bits

• Turning, Milling, and Cutting: CMT invests in advanced automated manufacturing technology to ensure router bit shanks and bodies are produced with exceptional accuracy and balance. CNC machinery operated by specially trained technicians maintains consistent quality across every bit.
• Heat-Forged Steel Bodies for Large Diameter Bits: Larger diameter bits may require additional manufacturing steps, including heat forging the steel before precision machining. This process creates a radial grain structure that increases strength and durability.
• Precision Brazing: CMT's custom computerized brazing process creates a strong carbide-to-steel bond. The silver-copper-silver brazing sandwich provides shock absorption to help protect carbide tips when cutting demanding materials.
• Specially Formulated Carbide: CMT develops carbide compositions designed for specific woodworking applications, balancing hardness and durability to handle everything from laminates to large profile cuts.
• Precision Grinding and Sharpening: Final sharpening and grinding are performed on multi-axis CNC machines to achieve the precise cutting geometry required for clean, accurate results.