Studio shot of the Freud 39-522 Top Bearing Ogee Fillet Groove router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and a top-mounted ball bearing.
Technical profile diagram illustrating the Ogee Fillet Groove shape cut into a wood surface by the Freud 39-522 bit, showing the top bearing riding against a template guide with a 1/8 inch radius and 3/4 inch width.
Illustration of a flat wooden panel featuring a rectangular decorative groove with an Ogee Fillet profile routed into the surface to simulate a raised panel look.
Studio shot of the Freud 39-522 Top Bearing Ogee Fillet Groove router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and a top-mounted ball bearing.
Studio shot of the Freud 39-522 Top Bearing Ogee Fillet Groove router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and a top-mounted ball bearing.
Technical profile diagram illustrating the Ogee Fillet Groove shape cut into a wood surface by the Freud 39-522 bit, showing the top bearing riding against a template guide with a 1/8 inch radius and 3/4 inch width.
Illustration of a flat wooden panel featuring a rectangular decorative groove with an Ogee Fillet profile routed into the surface to simulate a raised panel look.
Studio shot of the Freud 39-522 Top Bearing Ogee Fillet Groove router bit featuring a red Perma-SHIELD body, two carbide cutters, 1/4 inch silver shank, and a top-mounted ball bearing.
Freud

Freud 39-522 3/4 Inch Diameter Top Bearing Ogee Fillet Groove Router Bit 1/4 Inch Shank Carbide Template Tool for Woodworking

Only 2 left
SKU: 39-522
$33.49 USD

Description

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Create Classic Paneling Effects and Decorative Edges with Precision

Achieve the sophisticated look of traditional cabinetry and millwork with the Freud 39-522 3/4" Diameter Top Bearing Ogee Fillet Groove Router Bit. This specialized tool is designed to cut a symmetrical ogee profile that terminates in a clean fillet, creating a flat-bottomed groove that perfectly mimics the appearance of panel construction. Because it features a top-mounted bearing, this bit is uniquely suited for template work, allowing you to follow guides placed on top of your workpiece to route decorative designs into doors, drawer fronts, and panels with absolute accuracy.

Engineered for professional reliability, the 39-522 is equipped with Freud’s premium TiCo™ Hi-Density Carbide. This proprietary micrograin formulation delivers a sharper cutting edge and exceptional durability, effortlessly slicing through hardwood, softwood, plywood, and abrasive composite materials. The bit is shielded by Freud’s exclusive Red Perma-SHIELD® Non-Stick Coating, which prevents heat buildup, corrosion, and the accumulation of pitch. Whether used in a hand-held router for intricate template work or a table-mounted setup for edge profiling, this bit ensures a smooth, chatter-free finish.

Key Features

  • Template Ready: Top-mounted bearing allows for precise pattern routing using templates placed above the wood.
  • Panel Illusion: Cuts a flat-bottomed groove with an ogee profile to simulate raised panel construction.
  • TiCo™ Hi-Density Carbide: Exclusive carbide blend provides extended tool life and a flawless finish.
  • Perma-SHIELD® Coating: Non-stick red coating resists friction, heat, rust, and resin buildup.
  • Versatile Use: Compatible with both hand-held routers and table-mounted router systems.
  • Multi-Material: Ideal for cutting all composition materials, plywoods, hardwoods, and softwoods.
  • Decorative Edging: Can also be used to create decorative edge profiles on furniture and plaques.

What's Included

(1) Freud 39-522 3/4" Diameter Top Bearing Ogee Fillet Groove Router Bit

Specifications

Overall Diameter (D) 3/4"
Shank Diameter (A) 1/4"
Carbide Height (h) 1/2"
Overall Length (H) 2-3/16"
Radius (R) 1/8"
Small Diameter (n) 1/4"
Minor Height (m) 5/32"
Number of Cutters 2
Max RPM 24,000
Bearing Type Top Bearing
Coating Perma-SHIELD® Non-Stick
Material TiCo™ Hi-Density Carbide

Pro-Tip: When using a top-bearing bit for template work, always double-check that your template is securely fastened to the workpiece (using clamps or double-sided tape). Ensure the template thickness is sufficient for the bearing to ride smoothly against it without the cutting edge contacting the template itself.