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An extra-long shank provides additional reach.
Cut small grooves inside a workpiece for insertion and removal of O-rings.
Machine circular grooves onto the end of a workpiece.
A carbide tip brazed onto a ground steel shank makes these tools more wear resistant than high-speed steel tools.
Constructed of a carbide tip brazed onto a ground steel shank, these tools are more wear resistant than high-speed steel tools.
Reduce tooling setup time—install the holder once and alternate between applications by switching out the bit.
Insert boring tools into a 45° or 90° slot at either end of the holder.
Secure square-shank tools to a lathe.
These inserts can cut grooves on both the outside and inside of a workpiece depending on the holder used.
The rounded nose on these inserts contours the outside of the workpiece and cuts grooves with rounded edges.
Cut square corner grooves in a workpiece or cut completely through a part.
Combine a holder and carbide insert to perform cutoff and grooving tasks on a lathe.
Mount blade-style holders to a lathe tool post or turret.
Use these end mills for general purpose keyseat cutting in a wide range of material, including aluminum, iron, and steel. They mill precise notches in rotary shafts to fit machine keys and can also be used for slot milling.
Made of solid carbide, these cutters are harder, stronger, and more wear resistant than high-speed steel and cobalt steel for the longest life and best finish on hard material. They mill precise notches in rotary shafts to fit machine keys and can also be used for slot milling.
With better heat and wear resistance than high-speed steel, these cobalt steel keyseat cutters can run at higher speeds and provide better performance on hard material. They mill precise notches in rotary shafts to fit machine keys and can also be used for slot milling.
Made of solid carbide, these keyseat cutters are harder, stronger, and more wear resistant than high-speed steel for the longest life and best finish on hard material. They have an alternating right- and left-hand tooth style for removing more material at high speeds than straight-tooth keyseat cutters.
Use these end mills for general purpose keyseat cutting in a wide range of material, including aluminum, iron, and steel. An alternating right- and left-hand tooth style allows them to remove more material at high speeds than straight-tooth keyseat cutters.
Create dovetail grooves that allow O-rings to flex without falling out of place.
Cut dovetail notches into your workpiece for use with our Dovetail Milling-Machine Vises.
Use these end mills for general purpose work in most material, such as aluminum, brass, bronze, iron, and steel. They create dovetail slots for connecting two components with a sliding fit.
With better heat and wear resistance than high-speed steel, these cobalt steel dovetail cutters run at higher speeds and provide better performance on hard material. Use them to create dovetail slots for connecting two components with a sliding fit.
These general purpose saws are good for cutoff, slitting, and slotting applications in a wide range of materials, including aluminum, iron, and steel.
Made of solid carbide, these saws are harder, stronger, and more wear resistant than high-speed steel for the longest life and best finish on hard material. Use them for cutoff, slitting, and slotting applications.
With peripheral and side teeth, these saws remove chips for a consistent cutting width.
Also known as jeweler's slotting saws and metal slitting saws, these saws are good for use on wire, tubing, extrusions, and other very thin material that requires delicate cuts.
Combine a cutter with carbide inserts to create a face milling cutter, also known as indexable face milling cutters.
These kits include a cutter body, inserts, wrenches, and screws, so you can create your own face milling cutters, which are also known as indexable face milling cutters.
Also known as shell cutters, these high-speed steel cutters are good for face and side milling. They have a large mill diameter for removing a large amount of material per pass.