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Install and remove rings inside a bore or around a shaft.
Install and remove rings inside a bore or around a shaft. Adjust the jaw to switch from internal to external retaining ring types.
The forged construction provides high strength for durability and long life.
The pliers in these sets have a forged construction, which provides high strength for durability and long life.
Made of beryllium copper that is FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
The forged construction provides high strength for durability and long life. Use the included hex key to change tips for a different size or angle.
Change tips to use a different size or angle.
The pliers in these sets have a handle that locks in place to hold rings open or closed for easier installation and removal. Change tips to use a different size or angle.
The handle locks in place to hold rings open or closed for easier installation and removal.
Insulated handles protect against shock from accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet ASTM F1505.
Working with large retaining rings is easier with a T-handle. Turn it to open and close the jaws. Change tips for a different size or angle using the included hex key.
Twist the handle to open and close the jaws. Change tips for a different size or angle using a hex key.
The jaws on these pliers move parallel to each other for a good grip when holding open retaining rings without holes.
Hold open retaining rings without holes, such as flat- and pointed-tip lock rings. Also known as Eaton-style, constant-section, and horseshoe snap rings.
Often used to hold open retaining rings without holes, these pliers have a forged construction for strength, durability, and a long life.
The spring on one end of the tool holds the retaining ring in position for installation and the hook on the other end is for removal.
Install rings that have wide "ears." Slide the retaining ring in between the jaws of the tool and push the ring onto a shaft.
Slide the retaining ring in between the jaws of the tool and push the ring onto a shaft.
The arms slide along the handle and lock into place with thumb screws. Use these tools to install and remove rings inside a bore or around a shaft.
Use the notched jaws to push the spring-clip off the link.
A double hinge provides high cutting force with low gripping pressure.
The carbide-tipped steel jaws stay sharp longer than standard steel jaws. You can sharpen them as they wear. These cutters have a double hinge that provides high cutting force with low gripping pressure.
Made of stainless steel, these cutters won’t rust even when stored in damp environments. The grips drain static away from the blades to prevent damage to sensitive equipment from electrostatic discharge (ESD).
Snip wire close against circuit boards and other electronic components without building up electrostatic discharge (ESD).
Also known as nippers, these cutters have wide, flat jaws that cut steel wire and bolts close to the surface.
Cut cleanly through the thin optical fibers found in fiber optic cable, including those protected by Kevlar, without building up electrostatic discharge (ESD).
Slice through nickel, titanium, and other hard wire without building up electrostatic discharge (ESD) or rusting out your tool.
Tungsten carbide cutting edges are bonded to the jaws for long life.
These cutters are stainless steel, which provides excellent corrosion resistance.
Make cuts easily and comfortably while protecting sensitive equipment from static discharge.
These tools divert static electricity faster than our other static-control wire cutters.
The specially designed internal spring provides constant, uniform tension for superior performance.
These sets include four cutters, each with a different head shape.
The grips on these cutters drain static from your application, preventing buildup from electrostatic discharge (ESD).
The black finish prevents glare that can interfere with precision work under bright light and magnification.
Reach deep into crowded access panels and other tight spaces without the handles getting in the way.
Get more power with less effort—these wire cutters are specially designed to increase leverage compared to standard wire cutters.
Cut through nickel, spring steel, and other tough wires often found in the electronics and aerospace industry.
Snip wire in tight spaces, such as crowded circuit boards, without damaging components nearby.
Choose these wire cutters for your occasional use.
Also known as diagonal-cutting pliers.
Capture scraps, such as cut cable ties and wire ends, to prevent them from falling into your equipment or flying and hitting something.