Studio shot of the Freud 38-304 Cove and Bead router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and top ball bearing guide.
Retail packaging for the Freud 38-304 Industrial Router Bit, displaying the bit inside a plastic case with text indicating a Cove & Bead profile, 1/4 inch radius, and 1/4 inch shank.
Technical profile diagram illustrating the Cove and Bead shape cut into a wood edge by the Freud 38-304 bit, specifying a 1/4 inch radius.
Studio shot of the Freud 38-304 Cove and Bead router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and top ball bearing guide.
Studio shot of the Freud 38-304 Cove and Bead router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and top ball bearing guide.
Retail packaging for the Freud 38-304 Industrial Router Bit, displaying the bit inside a plastic case with text indicating a Cove & Bead profile, 1/4 inch radius, and 1/4 inch shank.
Technical profile diagram illustrating the Cove and Bead shape cut into a wood edge by the Freud 38-304 bit, specifying a 1/4 inch radius.
Studio shot of the Freud 38-304 Cove and Bead router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and top ball bearing guide.
Freud

Freud 38-304 1-9/16 Inch Dia Cove and Bead Router Bit 1/4 Inch Shank Decorative Edging Tool for Woodworking Cabinets Furniture and Millwork

Only 2 left
SKU: 38-304
$39.29 USD

Description

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Add Classic Detail to Your Projects with the Freud Cove and Bead Router Bit

Enhance the visual appeal of your woodworking creations with the Freud 38-304 1-9/16" Cove and Bead Router Bit. This precision-engineered tool cuts a timeless profile featuring a smooth concave radius (Cove) paired with a rounded convex edge (Bead). It is the ideal solution for adding distinctive, professional-grade design to cabinet doors, furniture edges, plaques, and architectural millwork. Whether you are routing hardwood, softwood, plywood, or composite materials, this bit delivers a crisp, clean finish. Its 1/4" shank is compatible with a wide variety of hand-held and table-mounted portable routers.

Freud bits are renowned for their industrial durability and cutting performance. The 38-304 is constructed with TiCo™ Hi-Density Carbide, a proprietary blend designed to retain a sharp edge significantly longer than standard carbide. The body of the bit is protected by Freud’s exclusive Red Perma-SHIELD® Non-Stick Coating, which minimizes friction and prevents the buildup of heat, rust, and pitch during use. Computer-balanced for vibration-free operation, this bit ensures a smooth surface finish that reduces the need for sanding.

Key Features

  • Classic Profile: Creates a decorative Cove and Bead edge perfect for molding and furniture.
  • TiCo™ Hi-Density Carbide: Specially formulated carbide blend for maximum sharpness and durability.
  • Perma-SHIELD® Coating: Non-stick red coating protects against heat, corrosion, and resin adhesion.
  • Precision Balanced: Computer-balanced to eliminate vibration and ensure chatter-free cuts.
  • Versatile Application: Safe for use with both hand-held and table-mounted routers.
  • Material Compatibility: Cuts cleanly through composition materials, plywoods, hardwoods, and softwoods.
  • Shear Angle Design: Optimized geometry slices through wood fibers for a superior finish.

What's Included

(1) Freud 38-304 1-9/16" Cove and Bead Router Bit

Specifications

Overall Diameter (D) 1-9/16"
Shank Diameter (A) 1/4"
Carbide Height (h) 23/32"
Overall Length (H) 2-5/16"
Bearing Diameter (B) 3/8"
Large Radius (R1) 1/4"
Minor Height (m) 7/32"
Number of Cutters 2
Max RPM 16,000
Profile Design Cove and Bead
Coating Perma-SHIELD® Non-Stick
Material TiCo™ Hi-Density Carbide
Country of Origin Italy

Pro-Tip: This bit has a large diameter (1-9/16") relative to its 1/4" shank. To avoid chatter and ensure safety, you must adhere strictly to the 16,000 Max RPM limit. For the smoothest possible finish, we strongly recommend making multiple light passes rather than attempting to cut the full profile depth in a single pass.