CMT 818.098.11B 3/8-Inch Dovetail Router Bit for CMT Enlock System
CMT 818.098.11B 3/8-Inch Dovetail Router Bit for CMT Enlock System 14-Degree Cutting angle 2-3/8-Inch OAL Micrograin Carbide Non-stick Industrial PTFE Orange coating 818.098.11B Dovetail bit 3/8-Inch (shank 1/4-Inch) List Price: $ 38.90 Price: Too low to display [wprebay kw="cmt+router+bit" num="38" ebcat="all"] [wprebay kw="cmt+router+bit" num="39" ebcat="all"] Related Cmt Router Bit Products
Read more...CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length
CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length Razor-sharp edges Special high strength steel Finest micrograin carbide Smooth, precise cut every time Exceptional chip ejection Bull Nose Bits are the perfect choice for the edges of stair treads, window sills, shelves and more. Or create an oval edge by using a bit with a bead diameter greater than the stock thickness. All bits feature…
Read more...CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length
CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length Razor-sharp edges Special high strength steel Finest micrograin carbide Smooth, precise cut every time Exceptional chip ejection Bull Nose Bits are the perfect choice for the edges of stair treads, window sills, shelves and more. Or create an oval edge by using a bit with a bead diameter greater than the stock thickness. All bits feature…
Read more...CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length
CMT 854.502.11 Bull Nose Router Bit 1/2-Inch Shank, 7/8-Inch Overall Diameter, 3/4-Inch Cutting Length Razor-sharp edges Special high strength steel Finest micrograin carbide Smooth, precise cut every time Exceptional chip ejection Bull Nose Bits are the perfect choice for the edges of stair treads, window sills, shelves and more. Or create an oval edge by using a bit with a bead diameter greater than the stock thickness. All bits feature…
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