CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS

1/4” Chipbreaker Bit x 1 CL x 1/4” Shk x 2 1/2” Oal Mortise 2 Flute Compression Bit For Plywood

$43.12
$43.12
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CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • 3/4 Upcut Router Bit x 3 1/2 Cut length x 3/4 Shank x 6 Inch Overall Length 2 Flute - MTS
  • 3/4 Upcut Router Bit x 3 1/2 Cut length x 3/4 Shank x 6 Inch Overall Length 2 Flute - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • CNC Solid Carbide Mortise Compression Bit with Chipbreakers 1/4 D x 1 CL x 1/4 SHK x 2 1/2 Inch Long 2 Flute 3/16 UC Router Bit For Plywood - MTS
  • 3/4 Upcut Router Bit x 3 1/2 Cut length x 3/4 Shank x 6 Inch Overall Length 2 Flute - MTS
  • 3/4 Upcut Router Bit x 3 1/2 Cut length x 3/4 Shank x 6 Inch Overall Length 2 Flute - MTS
1/4” Chipbreaker Bit x 1 CL x 1/4” Shk x 2 1/2” Oal Mortise 2 Flute Compression Bit For Plywood

High Performance Coated Tooling

$43.12
$43.12

1/4” Chipbreaker Bit x 1 CL x 1/4” Shk x 2 1/2” Oal Mortise 2 Flute Compression Bit For Plywood

Router bits with chipbreakers are the best option for machining plywood, as they get chips broken down and out of the cut more rapidly. This reduces heat generated during the cut and thereby extends tool life. The compression-style design guarantees an excellent finish on both the top and bottom surfaces of the material.

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