Carbide Tipped • 2 FluteAmana Tool® industrial carbide tipped laminate trim bits with the Euro™ Square Bearings. The bits are designed according to specifications with a slight taper allowing for adjustment up or down on the work edge to finish off the edge with...

Eliminate the time-consuming hand-filing that normally follows each trimming cut on a laminate job. Our No-File™ bit "breaks" the sharp edge as it trims the laminate flush. When used properly, the resulting edge is smooth and has a slight radius.

Eliminate the time-consuming hand-filing that normally follows each trimming cut on a laminate job. Our No-File™ bit "breaks" the sharp edge as it trims the laminate flush. When used properly, the resulting edge is smooth and has a slight radius.

No-File™ router bits eliminates hand filing of laminates that normally follows trimming. These tools will flush trim the laminate and break the sharp edge all in one pass. Eliminate the time-consuming hand-filing that normally follows each trimming cut on a laminate job with Amana Tool® No-File™...

Trim the edges of face frames flush with cabinet sides with this bit. At the same time, cut a decorative V-groove to conceal the seam between the frame and the case.

Trim the edges of face frames flush with cabinet sides with this bit. At the same time, cut a decorative V-groove to conceal the seam between the frame and the case.

Stage flush trimming cuts, whether in laminate work or template work, with this bit. Trimming the material in two passes reduces chipping in laminates and tearout in solid wood. A preliminary cut with the overhang bit leaves a small overhang in laminate or template...

Carbide tipped industrial quality router bits. This is a steel-bodied, carbide-tipped bit designed for bevel trimming laminiate with a standard router. Note: Miniature bit item #'s MR0106, MR0107 & MR0108 can also trim Aluminum Industrial quality Carbide tipped The solid construction reduces vibration for the...

This is a steel-bodied, carbide-tipped bit for bevel trimming laminate with a standard router. The solid construction reduces vibration for the smoothest cut possible with a two-flute bit.

This is a steel-bodied, carbide-tipped bit for bevel trimming laminate with a standard router. The solid construction reduces vibration for the smoothest cut possible with a two-flute bit.

This is a steel-bodied, carbide-tipped bit for bevel trimming laminate with a standard router. The solid construction reduces vibration for the smoothest cut possible with a two-flute bit.

These flush trim plunge router bits are versatile, useful for template/pattern routing of parts,joints, and internal cuts, and can be used in hand-held and table-mounted routers. They are essentially plunge-cutting straight with shank-mounted ball-bearing pilots. The template is attached to the workpiece, and the pilot...

This bit is designed to produce a T-slot for Amerock® hinges. For best results use in a table-mounted router.

This bit is designed to produce a T-slot for Amerock® hinges. For best results use in a table-mounted router.

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 to detail the edges of casework, doors and drawers, posts...

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 to detail the edges of casework, doors and drawers, posts...

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 to detail the edges of casework, doors and drawers, posts...

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 to detail the edges of casework, doors and drawers, posts...

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 in a handheld...

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 in a handheld...