We will reply to your message within an hour.
Secure carbide inserts inside these holders for stable turning.
Replace clamps, screws, seats, and slotted pins in carbide insert holders.
When it's time to replace the screws in a carbide insert holder, use the reference number on your holder to find the right size.
These tools come with carbide inserts installed. When one edge of the insert dulls, rotate it to use a sharp edge.
These sets have five indexable turning tools with carbide inserts and a wood storage stand. When one edge of a tool's insert dulls, rotate it to use a sharp edge.
Choose these premium turning carbide inserts to cut a variety of materials without changing out your tool.
Use these carbide inserts for general purpose turning.
Optimized for use on steel, these inserts can run at higher cutting speeds and will last longer than inserts for multiple materials.
Cut aluminum, copper, brass, and other non-ferrous materials with these premium inserts.
Heat resistant and shaped for turning stainless steel specifically, these inserts will last longer than inserts for multiple materials.
Made of an abrasion-resistant carbide designed for turning cast iron, these inserts will last longer than inserts for multiple materials.
Heat resistant and wear resistant, these inserts cut super alloys—such as Inconel and Waspaloy—and titanium better than general use inserts.
These inserts are made with a black alumina ceramic on the cutting edges. Compared to carbide inserts, ceramic lasts longer in hardened-steel tooling applications because it is chemically inert and has better heat resistance.
Resisting wear and fractures when cutting hardened steel, these cubic boron nitride inserts last longer than carbide inserts.
Pair these holders with a threading insert or a grooving insert to make cuts on the outside of a workpiece.
Install these inserts into a compatible holder to cut external or internal threads on a workpiece.
Replace worn or missing clamps and clamp screws in high-performance carbide insert holders for threading and grooving.
Pair these holders with a threading insert or a grooving insert to make cuts on the inside of a hollow workpiece.
These inserts can cut grooves on both the outside and inside of a workpiece depending on the holder used.
These tools come with one high-speed steel insert for use on steel and stainless steel and one high-speed steel insert for use on softer materials, such as aluminum and brass. When one point of an insert dulls, rotate it to use a sharp point.
A carbide insert comes installed on these tools.
Combine a holder and carbide insert to perform cutoff and grooving tasks on a lathe.
Pair these holders with a tool block for right- and left-hand mounting in a lathe.
Fit these holders directly into a lathe tool post or appropriately sized holder without the need for a tool block.
Mount blade-style holders to a lathe tool post or turret.
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.
Replace Torx keys and screws for boring carbide insert holders with coolant hole.
These holders conform to ANSI standards.
Deliver coolant through the holder to keep workpieces cool while boring tough materials, such as steel, stainless steel, and nickel-based alloys.
Pair one of these inserts with a compatible boring carbide insert holder with coolant hole.
Use these tools to enlarge existing holes to precise diameters. They come with an insert installed. When one edge of the insert dulls, rotate it to use a sharp edge.
These sets have a variety of indexable boring insert holders with carbide inserts and a wood storage stand. When one edge of a tool's insert dulls, rotate it to use a sharp edge to enlarge existing holes to precise diameters.
Contour the interior wall of a hollow workpiece when you pair a holder with a compatible insert.
Combine a carbide insert with a compatible internal profiling holder to create a tool that can contour the interior wall of a hollow workpiece.
Reduce tooling setup time—install the holder once and alternate between applications by switching out the bit.
Secure square-shank tools to a lathe.
Place a cutoff blade into one of these holders to keep it in place in the lathe.
Insert boring tools into a 45° or 90° slot at either end of the holder.
Attach these tools to a manual lathe.
Create a knurled pattern on the end of a workpiece.
These tools are specially designed to perform heavy duty knurling applications using a CNC lathe.
Work faster by using two knurls at the same time.
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.
Use hex-shank bits (also known as insert bits) in powered tools.
Lock your bit into the adapter to prevent accidental disengagement. These adapters hold hex-shank bits (also known as insert bits) in powered tools.
The head is angled 90° to drive fasteners in tight spaces. Use these adapters to hold hex-shank bits (also known as insert bits) in powered tools.
Bend these adapters up to 90° to access hard-to-reach fasteners. Use them to hold hex-shank bits (also known as insert bits) in powered tools.
A magnetic ring at the end of the adapter holds flat-head screws in place to ensure good contact between the bit and screw. Use these adapters to hold hex-shank bits (also known as insert bits) in powered tools.
Keep bits from slipping. Insert a bit into the adapter, place a screw on the end of the bit, and slide the adapter sleeve over the screw. The sleeve retracts as the screw is driven. These adapters hold hex-shank bits (also known as insert bits) in powered tools.
Lock your bit into the adapter to prevent accidental disengagement. These adapters attach to square-drive tools.
Attach these adapters to square-drive tools.
These adapters are designed to withstand the high torque of impact drivers. They hold hex-shank bits (also known as insert bits).
Insert these adapters into your SDS-drive rotary hammer to use it with hex-shank bits (also known as insert bits).
Use a 4 mm bit in a bit driver that's designed for 1/4" bits.
Designed to withstand high torque and force, these adapters fit the square drive on impact wrenches. Use with hex-shank bits (also known as insert bits).
Eliminate the need for multiple bulky tools with these bit adapters. At less than 3 inches long, these compact adapters convert ¼” bit screwdriver handles and ¼” bits into torque screwdrivers so you can fasten to a specific torque.
Mount the magnetic base to walls, cabinets, and other steel surfaces.
Fit these small cases comfortably in your pocket.
Store a variety of sizes and styles of bits and adapters in one compact tray.
Keep these caddies in your tool drawer or take them with you.
Lock the bit into the chuck to prevent accidental disengagement.
Operate these tools like a standard bit driver and access hard-reach fasteners with the offset head. Insert a bit and a magnet holds it in place.
Bits are held in place with a retaining ring or set screw rather than a magnet, so the tool won't attract loose metal parts and shavings.
Insert a bit into the shaft and a magnet holds it in place.
Drive screws four times faster than ratcheting alone. Grip the speed housing at the base of the shaft with one hand while turning the handle with the other. A magnet at the end of the shaft holds bits in place.
A ratchet mechanism allows you to drive fasteners when there's little space to move the handle.
Also known as ESD-safe bit screwdrivers, the handle drains static away from your application, preventing buildup from electrostatic discharge (ESD) that can damage sensitive equipment.
An insulated handle and shaft protect against shock from accidental contact with live electrical circuits. These tools are tested to 1,000 volts to meet EN 60900 and IEC 60900.
LEDs light the tip so you can use these tools in dark areas.
A ratchet mechanism turns fasteners more quickly than a standard bit driver. Insert a bit into the shaft and a magnet holds it in place.
Bend the shaft around obstructions to reach fasteners that standard and offset screwdrivers can’t.
Bits have a different tip at each end and snap into the shaft, which is also a nutdriver.
When working in tight spaces, these short drivers fit where others can't. Bits have a different tip at each end and snap into the shaft, which is also a nutdriver.
Use these tools with 1/4" hex shank screwdriver bits. The rotating end cap on the handle allows you to apply constant pressure with your palm while turning the body of the driver with your fingertips.
Lock your socket into the extension to prevent accidental disengagement.
Bend these extensions around obstructions to turn hard-to-reach fasteners.
Bend these extensions around obstructions to access hard-to-reach fasteners.
Made of aluminum-bronze, these extensions satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
The square drive has a rounded shape that allows the extension to pivot inside the socket opening and turn it from an angle.
Extend your socket's reach.
Insulated to protect against accidental contact with live electrical circuits, these extensions are tested to 1,000 volts to meet IEC 60900.
Attach to your socket for a longer reach.
Grip square-shank lathe tools.
A V-groove enables these holders to grip round-shank as well as square-shank tools.
Four flat head screws lock down round-shank tools in a precision-ground bore for increased rigidity over other round-shank tool holders.
These holders work with any 5C collet to rigidly grip drill bits, taps, end mills, and other tools.
Two slide-in dovetail mounts on the tool posts allow you to quickly change from one tool holder to another.
Mount any tool with a Morse taper shank to a quick-change tool post.
A built-in drill chuck allows quick installation of drill bits, taps, and other round- or hex-shank tools into a quick-change tool post.
Securely hold cutoff blades in a quick-change tool post.
After installing the R8 body in the milling machine spindle, tool holders can be switched out in seconds.
Instead of widening a hole using a lathe, which turns the workpiece while the cutting tool stays still, use these holders to turn your boring bar in a milling machine and keep the workpiece stationary.
Increase the diameter of boring bars, drill bits, and other shank-style cutting tools to securely fit CNC lathe tool blocks.
Fasten differently sized screws with these sets. They save you the effort of switching three separate bits in and out of a power tool, instead letting you flip between a countersinking drill and a screwdriver bit with a single hand.
Pair these caribide inserts with a compatible drill bit body.
Use these bits to drill a large number of holes with high precision. When the cutting edges dull, replace the carbide inserts (sold separately) instead of the entire bit.