OVAL FILLET TABLE EDGE BIT



Great for table edges, molding, small raised panels, door and drawer edges, grandfather clock, and fine furniture
.
Large Diameter x
Reveal x Cutting Length x Shank



PICTURE FRAME MOLDING BIT



2flute carbide
tipped with totally enclosed ball bearing guides. Make decorative picture
frames. Also used for decorative edges on clock faces, mirror frames, crown moldings, etc.
Large Diameter x Depth of cut x Carbide Height x Shank



PICTURE FRAME MOLDING BIT



2flute carbide
tipped with totally enclosed ball bearing guides. Make decorative picture
frames. Also used for decorative edges on clock faces, mirror frames, crown moldings, etc.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Classical Ogee



These bits are 2
flute, carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Elongated Cove & Bead



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Elongated Double Roundover



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Elongated Ogee with Stepped Cove



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Elongated Ogee with Two Stepped Cove



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Elongated Triple Roundover



2 flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  French Baroque



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Grandfather clock gooseneck molding made with French Baroque (#8565) and
Traditional (#JL6612) table edge bits.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Shallow Ogee with Stepped Full Bead



These bits are 2
flute, carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Thumbnail



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown are based on making the maximum profile. Additional profiles can be made by raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BIT  Thumbnail with bead



2flute carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank



TABLE EDGE BITS  Traditional



These bits are 2
flute, carbide tipped with totally enclosed ball bearing guides. The cuts shown
are based on making the maximum profile. Additional profiles can be made by
raising the top portion of bit above the wood.
Large Diameter x Depth of cut x Carbide Height x Shank


