A studio product photograph of the Freud 22-130 dovetail router bit featuring two red carbide-tipped cutting flutes on a 1/2 inch silver shank.
A technical profile diagram for the Freud 22-130 bit illustrating an 8-degree dovetail groove cut into a wood block with a specified width of 11/16 of an inch.
An instructional diagram of a wooden drawer box with red circles highlighting the strong interlocking dovetail joints on the corners and a magnified view of the precise joint fit.
A studio product photograph of the Freud 22-130 dovetail router bit featuring two red carbide-tipped cutting flutes on a 1/2 inch silver shank.
A studio product photograph of the Freud 22-130 dovetail router bit featuring two red carbide-tipped cutting flutes on a 1/2 inch silver shank.
A technical profile diagram for the Freud 22-130 bit illustrating an 8-degree dovetail groove cut into a wood block with a specified width of 11/16 of an inch.
An instructional diagram of a wooden drawer box with red circles highlighting the strong interlocking dovetail joints on the corners and a magnified view of the precise joint fit.
A studio product photograph of the Freud 22-130 dovetail router bit featuring two red carbide-tipped cutting flutes on a 1/2 inch silver shank.
Freud

Freud 22-130 11/16 Inch Diameter 8-Degree Dovetail Router Bit 1/2 Inch Shank TiCo Carbide Tipped Tool for Precision Woodworking Jigs and CNC

Only 1 left
SKU: 22-130
$19.97 USD

Description

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Master the Art of Traditional Joinery with Industrial Precision and Lasting Durability

Elevate the structural integrity and aesthetic appeal of your woodworking projects with the Freud 22-130 11/16" 8-Degree Dovetail Router Bit. As the gold standard for creating strong, interlocking joints, this bit is the essential choice for crafting high-end drawers, jewelry boxes, and exposed furniture joinery. Specifically engineered to be compatible with a wide array of popular dovetail jigs, it allows for seamless integration into your existing workflow, ensuring that every tail and pin fits with laser-like accuracy for a professional, heirloom-quality finish.

Forged with TiCo™ Hi-Density Carbide, this bit is designed to maintain a razor-sharp edge significantly longer than standard alternatives, even when slicing through abrasive plywoods and dense hardwoods. The advanced 2-flute design ensures rapid material removal while the signature Red Perma-SHIELD® Non-Stick Coating prevents pitch buildup and reduces friction-induced heat. This combination not only protects your workpiece from unsightly burn marks but also extends the life of the bit. Balanced for vibration-free operation at high speeds, the 22-130 performs flawlessly across CNC machines, hand-held routers, and table-mounted setups.

Key Features

  • Traditional Joint Excellence: Specifically designed to produce smooth, intricate dovetail joints for drawers and boxes.
  • Universal Jig Compatibility: Engineered to work effortlessly with most popular dovetailing jigs on the market.
  • TiCo™ Hi-Density Carbide: Specialized micrograin carbide blend provides maximum cutting life and a superior finish.
  • Perma-SHIELD® Coating: Non-stick red coating protects the bit from heat, corrosion, and resin accumulation.
  • Vibration-Free Performance: Computer-balanced to ensure smooth, chatter-free operation at high RPMs.
  • Versatile Application: Effortlessly cuts through all composition materials, plywoods, hardwoods, and softwoods.

What's Included

(1) Freud 22-130 11/16" Diameter 8-Degree Dovetail Router Bit with 1/2" Shank

Specifications

Overall Diameter (D) 11/16"
Shank Diameter (A) 1/2"
Angle (d) 8 Degrees
Carbide Height (h) 1"
Overall Length (H) 3-1/8"
Number of Cutters 2
Max RPM 24,000
Blade Material TiCo™ Hi-Density Carbide
Body Coating Perma-SHIELD® Non-Stick
Application Dovetail Joinery

Pro-Tip: To reduce the risk of bit breakage and ensure the cleanest finish on your dovetail joints, always pre-cut your dovetail grooves with a straight router bit first. This removes the majority of the waste material, allowing the dovetail bit to perform its final shaping pass with minimal stress and heat buildup.