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Drill a hole in the broken part, insert the extractor, and turn. The part will back out without damaging the threads around it.
No more searching for the right drill bit sizes—these sets match them with the corresponding extractors.
Keep a selection of extractors on hand to back out a variety of broken parts without damaging the threads around them.
Store your extractors and corresponding drill bits.
The extractors in these sets provide the tightest fit and the most contact with the part to be removed but also cause the most expansion.
The extractors in this set are matched with the right drill bit sizes as well as bushings to help you drill a centered hole into the broken part.
These extractors provide the tightest fit and the most contact with the part to be removed but also cause the most expansion.
Deep flutes provide a strong grip and reduced expansion of the part you need to extract.
These sets include a variety of extractors with deep flutes to provide a strong grip and reduced expansion of the part you need to extract.
The short and stocky design provides a strong grip without needing to drill a deep hole. After drilling, insert the extractor and turn.
With a short and stocky design, the extractors in these sets provide a strong grip without needing to drill a deep hole. After drilling, insert the extractor and turn.
The extractors in these sets have a tapered wedge shape that won’t expand the broken part, making it easier to remove. After drilling, tap in with a hammer and turn.
The tapered wedge shape of these extractors won’t expand the broken part, making it easier to remove. After drilling, tap in with a hammer and turn.
The tapered wedge shape of these extractors won’t expand the broken part, making it easier to remove. Sets include the matching drill bit sizes.
These sets have a variety of extractors to drill and remove broken screws, bolts, and studs with a single tool.
Drill and remove broken screws, bolts, and studs with a single tool.
Drill old pipe stubs out of fittings when replacing plastic pipe. These extractors let you reuse difficult-to-remove fittings, such as those in concrete floors, and install new pipe.
Sets include a selection of extractors you place over stripped or deformed bolt heads that can be difficult to grip with a wrench. Tap in place with a hammer and turn to extract without damaging the threads around the fastener.
Place these extractors over stripped or deformed bolt heads that can be difficult to grip with a wrench. Tap in place with a hammer and turn to extract without damaging the threads around the fastener.
Use a square-drive ratchet wrench and socket to turn and extract fasteners.
Use a power tool to quickly extract a fastener.
Use these sets to extract socket head cap screws that have damaged or rounded recesses without drilling.
Extract socket head cap screws that have damaged or rounded recesses without drilling.
The extractors in these sets take out socket set screws that have damaged or rounded recesses without drilling.
Take out socket set screws that have damaged or rounded recesses without drilling.
These sets have a variety of extractors to remove button-head socket cap screws that have damaged or rounded recesses without drilling.
Remove button-head socket cap screws that have damaged or rounded recesses without drilling.
Use these sets to extract flat-head socket cap screws that have damaged or rounded recesses without drilling.
Extract flat-head socket cap screws that have damaged or rounded recesses without drilling.
Insert the extractors in these sets into a pipe or fitting and turn with a wrench—the knurls will grip the part so you can twist it out.
Insert these extractors into a pipe or fitting and turn with a wrench—the knurls will grip the part so you can twist it out.
Use a square-drive wrench to tighten the knurled wheel, which grips and extracts threaded studs and rods as you turn.
Remove small stripped and damaged screws such as those used in eyeglasses and electronics. Place the extractor in the stripped recess and twist out the fastener.
Sets include various sizes of quick-hold external grip pullers. Each puller has a cage around the jaws that keeps them in place for a quick job of gripping bearings and pulleys.
These pullers have a cage around the jaws that keeps them aligned so you can secure bearings and pulleys quickly.
Grip bearings, gears, and wheels from the outside edge to pull them off a shaft.
Move the immovable—this puller set includes a hydraulic hand pump so you can create up to 17 1/2 tons of pulling force.
These low-capacity pullers are often used to remove corroded battery terminals.
Remove press-fit hubs and fan blades in a variety of sizes. Sets include a hub adapter and long jaws so you can grip large components.
A must-have for HVAC jobs, this puller makes quick work of removing press-fit hubs and fan blades from motor shafts.
Use the separators in these sets to separate bearings, collars, hubs, and other shaft-mounted items so you can remove them.
Separate bearings, collars, hubs, and other shaft-mounted items so you can remove them.
Clamp these separators into the V-groove of a pulley for a secure grip.
Complete with a locking storage box, use the pullers in this set to tackle a wide variety of pulling jobs—use pullers to grip objects from the outside or the inside.
Tackle a wide variety of pulling jobs—use pullers in these sets to grip objects from the outside or the inside.
Grip objects on the outside or inside to tackle both types of pulling jobs.
Self-locking jaws hold these pullers in place for quick one-hand operation. Spring tension holds the jaws against the object being pulled, so you can tighten the locking nut.
A flat profile and straight jaws fit in spots where other pullers do not. These pullers come with four pairs of different-sized jaws for use in external and internal pulling jobs.
With a variety of expanding collets that secure bearings and bushings from inside, these puller sets let you get a grip on objects with blind holes.
Get a grip on objects with blind holes—these pullers have an expanding collet that secures bearings and bushings from inside.
Also known as pilot bearing pullers, use these pullers to grip the interior edge of press-fit bearings, oil seals, and bushings.
Also known as steering wheel and flywheel pullers, you can change the bolt configuration on these pullers to fit a variety of tapered hole patterns.
Install and remove bearings, pulleys, sprockets, and other press-fit parts with tapered holes.
Use a shaft protector on the tip of your forcing screw to prevent damage from pressure applied by the puller and forcing screw.
Make your old puller work like new by replacing worn forcing screws.
Use adapters on the ends of forcing screws and face-grip puller legs when pulling shafts, bearing caps, and pinions.
Pull bearings, gears, and other parts from hollow shafts and housings. Place one of these adapters in the end of your hollow shaft to provide a surface for the forcing screw to push against.
Sets include three pry bars with a plastic handle for a comfortable grip.
For a comfortable grip, these pry bars have a plastic handle.
Sets include four pry bars with a mix of end styles for a variety of prying, lifting, and positioning jobs.
Slide these bars under heavy objects for prying, lifting, and positioning jobs.
Lift and pry small objects, such as electronic and circuit board-mounted components. These tools are also known as chip lifters.
With 14 different head positions, these pry bars fit into difficult-to-access spots for maximum leverage.
One end of these pry bars is aluminum-bronze coated to prevent scratching. Often used to separate die blocks, they're also known as die bars.
The plastic handle provides a comfortable grip.
The claw-shaped end grips and extracts nails, tacks, and brads. Also known as claw bars.
The head grips and extracts nails, tacks, and brads. Also known as claw bars.
Made of aluminum-bronze that is Factory Mutual approved, these tools inhibit sparking and are nonmagnetic and corrosion resistant. They satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
An insulated handle protects against shock from accidental contact with live electrical circuits. These tools are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Like the claw end of a hammer around a nail, these wedges grip studs or rods from both sides to give you leverage for prying apart two joined components.
Place the tip of these tools into an insert and strike a light blow to the tool’s head. Then turn the tools counterclockwise with pressure to extract the insert.
Thread these tools into an insert and turn counterclockwise to extract.
Attach this tool to your drill to remove all styles of domed head rivets.
Slide these tools under the head of push-in rivets and squeeze the handles to pop the rivet out. They are also known as panel clip pliers.
The head has a serrated hammer on one side for driving staples, a point on the other for pulling staples, and a staple grip on top.
The handles of these assorted picks have a magnet at the end to pick up small steel objects. Use to hold and position wire, springs, and other small parts.
The handle has a magnet at the end to pick up small steel objects. Use these picks to hold and position wire, springs, and other small parts.
The assorted tools in these sets are used to hold, separate, and position wire, springs, and other small parts.
Use these tools to hold, separate, and position wire, springs, and other small parts.
Hold, separate, and position small parts with one tool. These sets include assorted picks with a different tip at each end.
A different tip at each end allows you to install, extract, and position parts with one tool.
Reach around obstructions and into tight spaces with picks that have long, angled tips. Use these tools to hold, separate, and position wire, springs, and other small parts.
Sets include a handle and an assortment of tips for holding and positioning wire, springs, and other small parts.
Change tips to use a different size or style pick for holding and positioning wire, springs, and other small parts.
Solder won’t stick to these assorted picks, which are used for positioning circuit board components.
Position circuit board components without solder sticking to these picks.
These assorted picks have insulated handles that protect against accidental contact with live electrical circuits. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
An insulated handle protects against accidental contact with live electrical circuits. These picks are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Made of beryllium copper that is FM approved, these picks satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Avoid nicking or scratching sensitive components. Also known as spudgers, these picks are good for adjusting small wires or separating press-fit plastic components.
Use the assorted tools in these sets to pull material out of tight spots. The corkscrew tips twist into material for a firm hold while the handle provides the necessary leverage for pulling.
Pull material out of tight spots. Similar to removing a cork from a bottle, the tip twists into material to provide a firm hold while the handle provides the necessary leverage for pulling.
Made of beryllium copper with an aluminum-bronze handle, these pullers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present. Use to extract material from tight spots.
Replace tips when they become worn or to use a different style. The corkscrew tip twists into material to provide a firm hold while the handle provides the necessary leverage for pulling.
Sets include an assortment of handles and tips for pulling material out of tight spots. Replace tips when they become worn or to use a different style.
The assorted picks in these sets are used to install and position tiny springs and wires. Unlike conventional picks that have pointed tips, these are rounded to prevent damage to sensitive components.
Install and position tiny springs and wires. Unlike conventional picks that have pointed tips, these are rounded to prevent damage to sensitive components.
A different tip at each end installs and positions tiny springs and wires. Unlike conventional picks that have pointed tips, these are rounded to prevent damage to sensitive components.
Shaped for removing the seals around bearings, insert the tip of these tools behind the seal and pull. The curved head provides leverage to remove stuck and stubborn material.
The assorted needle-sharp picks in these sets are similar to dental instruments and suitable for work around delicate circuits and components.
Similar to dental instruments, these needle-sharp picks are suitable for work around delicate circuits and components.
Also known as packing irons, the offset handle allows you to install packing into hard-to-reach areas while the blunt tip prevents accidentally cutting or damaging the packing material.
The angled tip and large handle make it easy to pry out cotter pins.
Sets include assorted tweezers with each style a different color for easy identification.
Each style of tweezer is a different color for easy identification.
These assorted tweezers hold small parts without the need to apply pressure. Squeeze to open the tips and release to close them.
Hold small parts without the need to apply pressure. Squeeze these tweezers to open the tips and release to close them.
Sets include an assortment of general purpose tweezers for gripping a variety of objects.
These general purpose tweezers grip a variety of objects.
Extra-long tips provide access to material in hard-to-reach areas.
An LED lights the tips for picking up and positioning in dark areas.
Lock the tips closed to use these tweezers like a clamp.
Choose plastic tweezers for a soft, nonmarring grip. These tools are corrosion resistant and nonmagnetic.
Protect against accidental contact with live electrical circuits. These plastic-insulated tweezers are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Solder won’t stick to these tweezers. Made of titanium for high strength and durability, they are nonmagnetic and have excellent corrosion resistance.
A PTFE coating on the tips prevents material from sticking to these tweezers.
Made of brass, these tweezers inhibit sparking.
Prevent buildup from electrostatic discharge (ESD) that can damage sensitive equipment. The cushioned grips drain static from your application and provide comfort and heat protection.
Sets include an assortment of tweezers with specially designed tips to remove chips and other delicate components from circuit boards.
Unlike other tweezers where the tips come together, these tweezers have tips specially designed to remove chips and other delicate components from circuit boards.
Sets include an assortment of premium tweezers that are Swiss made to tight tolerances for the perfect tip alignment required for work under magnification.
Prevent buildup from electrostatic discharge (ESD) that can damage sensitive equipment. The cushioned grips drain static from your application. These premium tweezers are Swiss made to tight tolerances for the perfect tip alignment required for work under magnification.
These premium tweezers are Swiss made to tight tolerances for the perfect tip alignment required for work under magnification.
Solder won’t stick to these tweezers. Made of titanium for high strength and durability, they are nonmagnetic and have excellent corrosion resistance. These premium tools are Swiss made to tight tolerances for the perfect tip alignment required for work under magnification.
Often used to grip objects during thermal, chemical, and soldering processes, these zirconia ceramic tweezers are highly heat and corrosion resistant.
Toothed tips get a firm hold on thin and flexible material that is difficult to grip with standard tweezers, such as soft fabric and mesh.
Hold small components such as wire, capacitors, and screws in the cylindrical tips.
Wide, flat tips ensure a good grip on thin sheets and labels.
Extend the life of these tweezers by replacing the tips when they become worn. Tips are carbon fiber, which insulates against heat and won’t nick or scratch components.
Designed for placing chips and electronic components on circuit boards, these tweezers have rectangular-shaped tips that are angled to reach over and around obstructions. They are also known as SMD (surface-mount device) tweezers.
These assorted tweezers have tips that can be replaced when they become worn. Tips are carbon fiber, which insulates against heat and won’t nick or scratch components.
After using a large-diameter bit to drill a starter hole in a broken tap, drill out the tap with one of these tools. Sets include multiple removers for use with different tap sizes and two picks for removing the remains.
After using a large-diameter bit to drill a starter hole in a broken tap, drill out the tap with one of these tools.
To extract taps of different sizes, these sets include multiple extractors. Use them with a tap wrench to remove taps with straight flutes from the workpiece without damaging the surrounding threads.
Fingers on the extractor grip the flutes on a broken tap. Use with a tap wrench to remove taps with straight flutes from the workpiece without damaging the surrounding threads.
Use the fingers on these extractors to grip the flutes of a broken pipe thread tap. They connect to a tap wrench to remove taps with straight flutes from the workpiece without damaging the surrounding threads.
Extract three sizes of pin-and-sleeve contacts from connectors.
Extract pin-and-sleeve contacts from connectors.
Insert three sizes of pin-and-sleeve contacts into connectors.
Insert pin-and-sleeve contacts into connectors.
No need to call a locksmith—these sets include extractor picks to pull broken key stubs out of lock cylinders.
Replace hard-to-grip miniature bulbs in equipment such as control panels and indicators. Install new bulbs without leaving behind oil from your fingers that can cause bulbs to burn out.
Insert removers into broken bulbs and twist to take the bulbs out. A built-in tray collects the glass shards.
These changers create a vacuum seal against a light bulb. They're often used to change bulbs in recessed lights where there's no room to reach around the bulb.
Push these changers over light bulbs. Rubber sleeves cover the springs to grip the bulb when twisting.
Wrap these guards around grip pullers, presses, and other moving equipment to protect yourself from flying debris.
Drive nails with the flat, steel face and remove them with the claw on the other end of the head.
The face and head are made of aluminum-bronze that is Factory Mutual approved, so these tools inhibit sparking and are nonmagnetic and corrosion resistant. Use them to drive and remove nails.