For use where even minor magnetism can cause major damage, these wire cutters are made of titanium, so they’re completely nonmagnetic. They’re often used on sensitive aerospace and medical equipment such as electromagnetic motors and MRI machines. Because there's no magnetism tugging on these tools, they're steady for precise cuts.

Titanium has excellent rust resistance, withstanding exposure to salt water and chemicals even better than stainless steel. It’s also lightweight, so you can maneuver these cutters easily without tiring your arm. While light, they’re still strong, cutting through aluminum, copper, and low-carbon steel wire. Titanium is softer than steel, though, so they won’t cut through the hardest wires, such as spring steel.

These cutters have a pointed cut profile, producing a deeply pointed, pinched end on cut wire. Use them in electrical and general applications. They’re also known as diagonal-cutting pliers.

These cutters are stainless steel, which provides excellent corrosion resistance. Also known as diagonal-cutting pliers.

These cutters have insulated grips to protect against accidental contact with live electrical circuits. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505. Cutters produce a deeply pointed, pinched end on the tip of the wire. Use for electrical and general applications. The finger guards prevent your fingers from slipping off the handle and making contact with the jaws. Also known as diagonal-cutting pliers.

An angled head makes it easy to cut wire where standard cutters won’t fit. Also known as diagonal-cutting pliers, these cutters produce a deeply pointed, pinched end. Use them for electrical and general applications.

Cut steel, spring steel, and other hard wire without worrying about your wire cutters rusting. Made of tungsten carbide, the blades on these cutters are the hardest, longest lasting ones in our wire cutter offering. Both the blades and the stainless steel body on these cutters resist corrosion, so they won’t rust from use or storage in damp areas. These wire cutters make semi-flush cuts, producing a slightly pointed, pinched end. Generally more accurate than pointed cuts, semi-flush cuts are the most commonly used in electronics assembly. These wire cutters are also known as diagonal-cutting pliers.

Get more power with less effort—these wire cutters are specially designed to increase leverage compared to standard wire cutters. They make a deeply pointed, pinched end on the tip of your wire. Also known as diagonal-cutting pliers.

The grips drain static from your application, preventing buildup from electrostatic discharge (ESD) that can damage sensitive equipment. Also known as diagonal-cutting pliers.

Reach deep into crowded access panels and other tight spaces without the handles getting in the way. These cutters have an extra-long neck, so you can cut wire without knocking into or disassembling nearby components. Often used to cut copper, aluminum, and steel wire, the blades stay sharp after repeated use. They make semi-flush cuts, producing a slightly pointed, pinched end. Generally more accurate than pointed cuts, semi-flush cuts are the most widely used for electronics assembly. Also known as diagonal-cutting pliers.

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). Also known as nippers, these cutters have wide, flat jaws that make flush cuts, so you don’t nick anything beneath your wire. The spring-assisted jaws open automatically when you release the handles.