Profiling

Cut half-round grooves for fluted moldings, columns, millwork, and signs using a core box bit. Used with an edge guide, it can cut coves. Can be used with handheld, table-mounted and CNC routers.

Cut half-round grooves for fluted moldings, columns, millwork, and signs using a core box bit. Used with an edge guide, it can cut coves. Can be used with handheld, table-mounted and CNC routers.

Cut half-round grooves for fluted moldings, columns, millwork, and signs using a core box bit. Used with an edge guide, it can cut coves. Can be used with handheld, table-mounted and CNC routers.

The covetto form produced by the cove bit is one of the classic building blocks for many molding profiles. Use it alone or in combination with beads and fillets. Use the cove as well to detail the edges of casework, doors and drawers, posts and columns...

The covetto form produced by the cove bit is one of the classic building blocks for many molding profiles. Use it alone or in combination with beads and fillets. Use the cove as well to detail the edges of casework, doors and drawers, posts and columns...

The covetto form produced by the cove bit is one of the classic building blocks for many molding profiles. Use it alone or in combination with beads and fillets. Use the cove as well to detail the edges of casework, doors and drawers, posts and columns...

The Roman ogee bit, which has a convex curve coming off the bearing, produces the reverse of the ogee (it isn't an upside-down ogee). The curve starts at the top as a concave, and fairs down into a convex curve. Use a handheld or table-mounted router.

The Roman ogee bit, which has a convex curve coming off the bearing, produces the reverse of the ogee (it isn't an upside-down ogee). The curve starts at the top as a concave, and fairs down into a convex curve. Use a handheld or table-mounted router.

Chamfer or bevel edges for decorative effect or to form edge miter joints. Produce crisp, uniform edges at accurate angles. For best results use in a router table!

Chamfer or bevel edges for decorative effect or to form edge miter joints. Produce crisp, uniform edges at accurate angles. For best results use in a router table!

The basic edge-forming bit, the corner-rounding bit rounds an edge to a given radius. The tool is shouldered to cut a fillet. The cut can be used to ease edges, as a simple profile, or as a part of a complex one. Also known as roundover, rounding over...

The basic edge-forming bit, the corner-rounding bit rounds an edge to a given radius. The tool is shouldered to cut a fillet. The cut can be used to ease edges, as a simple profile, or as a part of a complex one. Also known as roundover, rounding over,...

The basic edge-forming bit, the corner-rounding bit rounds an edge to a given radius. The tool is shouldered to cut a fillet. The cut can be used to ease edges, as a simple profile, or as a part of a complex one. Also known as roundover, rounding over,...

The basic edge-forming bit, the corner-rounding bit rounds an edge to a given radius. The tool is shouldered to cut a fillet. The cut can be used to ease edges, as a simple profile, or as a part of a complex one. Also known as roundover, rounding over,...

The basic edge-forming bit, the corner-rounding bit rounds an edge to a given radius. The tool is shouldered to cut a fillet. The cut can be used to ease edges, as a simple profile, or as a part of a complex one. Also known as roundover, rounding over,...

Cut a quarter-round shape bounded by fillets, known as a bead, is produced in one pass by this bit. The width of one fillet is set by the pilot bearing size, while the other is controlled by the depth of cut. A beading bit can be transformed into a...

Cut a quarter-round shape bounded by fillets, known as a bead, is produced in one pass by this bit. The width of one fillet is set by the pilot bearing size, while the other is controlled by the depth of cut. A beading bit can be transformed into a...

Shape the full edge of a workpiece with a bullnose radius bit. Ideal for shaping stair treads, window sills, table and counter edges, shelves, and making moldings. The "nose diameter" (M) is the thickness of stock that can be nosed, i.e., given a full...

Shape the full edge of a workpiece with a bullnose radius bit. Ideal for shaping stair treads, window sills, table and counter edges, shelves, and making moldings. The "nose diameter" (M) is the thickness of stock that can be nosed, i.e., given a full...

The positions of the bead and the cove are reversed on this series of bits, with the bead coming off the bearing. With the optional 3/8 pilot bearing, the bit produces a fillet at the base of the bead. Use in either handheld or table-mounted router.

The ogee is one the basic shapes used in moldings and decorative profiles. An S-shaped curve, it is convex at the top fairing down into a concave (shown inverted). The ogee bit is characterized by the concave shape coming off the pilot bearing. Using the...

The positions of the bead and the cove are reversed on this series of bits, with the bead coming off the bearing. With the optional 3/8 pilot bearing, the bit produces a fillet at the base of the bead. Use in either handheld or table-mounted router.

Produce three slightly different profiles using this bit: an edge bead with or without a fillet and a full corner bead by altering the bit extension or rolling the workpiece between passes. This group of hard to find tools is particularly suitable for...

This bit produces an undulating curve with two convex forms flanking a concave form. All the radii are equal. A shoulder on the cutter can form a fillet, depending upon depth-of-cut setting. Use in a handheld or a table-mounted router.

This tool was designed to cut over 40 different molding patterns. By making simple adjustments to the cutter height and fence position, and making two or more passes, you can achieve a wide variety of profiles and architectural details. Recommended for...

Many different profiles for cutting base molding, chair rail, door and window casing, cabinet molding and other millwork.

The positions of the bead and the cove are reversed on this series of bits, with the bead coming off the bearing. With the optional 3/8 pilot bearing, the bit produces a fillet at the base of the bead. Use in either handheld or table-mounted router.

The torus-and-cove profile produced by this bit make an excellent edge detail or molding. The pilot bearing allows you to make template-guided cuts with the bit. Use in a handheld or table-mounted router.

Special series of tools for crown or architectural molding. Recommended for use in a router table using a heavy duty multi-speed router and fence.

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Round Nose Bit 1" Radius 2" Diameter 1-1/4" Cut Length 1/2" Shank 2 Flute

Half Round Bit 3/16" Radius 7/8" Cut Length 1/2" Shank 2 Flute

Half Round Bit 3/8" Radius 1-1/4" Cut Length 1/2" Shank 2 Flute

Half Round Bit 5/8" Radius 1-3/4" Cut Length 1/2" Shank 2 Flute

Plunge Cut Hand Grip Bit 7/8" Bead 1/4" Depth 1-3/8" Cut Length 1/2" Shank 2 Flute

Point Cutting Roundover Bit 3/8" Radius 3/4" Diameter 5/8" Cut Length 1/4" Shank 2 Flute

Point Cutting Roundover Bit 3/8" Radius 3/4" Diameter 5/8" Cut Length 1/2" Shank 2 Flute

Cove Bit w/B3 Bearing 1/4" Radius 1" Large Diameter 1/2" Cut Length 1/4" Shank 2 Flute

Cove Bit w/B3 Bearing 3/16" Radius 7/8" Large Diameter 1/2" Cut Length 1/4" Shank 2 Flute

Cove Bit w/B3 Bearing 1/4" Radius 1" Large Diameter 1/2" Cut Length 1/2" Shank 2 Flute