Cable & Bolt Cutters

Cable & bolt cutters include hand tools for cutting copper and aluminum conductors, wire rope, metal wire, rods, bolts, screws, rivets, and other hard obstacles, as well as crimping tools for wire-end ferrules, contacts, and insulated terminals. They are used by electricians, utility and telecommunications crews, maintenance teams, contractors, shop professionals, technicians, and assemblers during installation, repair, termination, and fine electronic assembly work.

Product Display:
Helpful Buying Guide

Choose Cutting and Crimping Tools for the Task at Hand

Start with the material or termination you need to handle, then compare the compatible conductor or terminal range, required reach, cutting access, and tool action. This category includes dedicated tools for cable cutting, bolt and hard-material cutting, wire-rope work, electrical terminations, and precision electronic assembly.

Visual Guide

Popular examples in this category

Use Cases

Match the tool to the work

Choose cable cutters for copper or aluminum conductors, bolt cutters for bolts and similar hard obstacles, wire rope cutters for metal wire, rods, and rope, and precision cutters for fine electronics work. Select a crimper when the task is making a ferrule, contact, insulated-terminal, or flag-terminal connection.

How to Choose

Compare compatibility first

For cutting tools, confirm the stated material and capacity. For crimpers, match the tool to the terminal or ferrule type and the supported AWG or DIN range. Also consider handle length, required leverage, grip features, and whether a ratcheting action or locator supports the task.

Applications

Support electrical, maintenance, and shop tasks

These tools support cable installation and repair, work on or near energized equipment, utility and telecommunications field work, panel-building, connector assembly, maintenance, wire-rope repair, and cutting tasks in shops and around equipment.

Additional Info

Consider access and repeat use

A slim cutter head can help reach points close to surfaces, while long handles can provide added reach and leverage. Comfort grips, ergonomic or non-slip handles, self-opening action, pinch protection, and adjustable jaws or locators can be useful when work is repeated.

1000VInsulated cable cutter rating

For work on or near live parts at nominal voltages up to 1000V.

1250 MCMMaximum stranded conductor capacity

For compatible aluminum or copper conductors on the long-arm cable cutter.

10-6 AWGFerrule crimping range

Covers 10, 8, and 6 AWG ferrule crimp sizes.

7.5 in.Compact wire rope cutter length

A compact hand-tool size for shop and field use.

Comparison Guide

Compare the Main Tool Types

Use this overview to narrow the category by the job and the compatibility details stated for each type.

Tool typeBest suited forKey selection details
Cable cuttersCutting compatible copper and aluminum cable or conductorsCompare conductor material, stated capacity, one-hand or long-arm design, and insulation rating where applicable.
Bolt and wire rope cuttersCutting bolts, wire, screws, rivets, metal wire, rods, rope, and similar hard obstaclesCompare required access, handle length, leverage, jaw features, and stated wire-rope or spring-wire capacity.
Crimpers and precision cuttersMaking electrical terminations or performing fine electronic cutting workMatch ferrule, contact, or terminal style and wire range for crimpers; for electronics, consider the precision cutter's electronic-circuit focus.
Planning Guide

Plan the right fit before choosing

Plan by Material and Cutting Task

Select a cutter designed for the item being cut

Dedicated cable cutters are intended for compatible copper and aluminum cable or conductors. Bolt cutters address bolts and similar hard materials, while a compact wire rope cutter handles specified wire-rope and spring-wire work. Stainless steel cutting pliers provide a hand-tool option for general cutting tasks, and a mini micro cutter is focused on controlled work on electronic circuits and high-density printed circuit boards.

  • For utility electrical and telecommunications work, the insulated long-arm cable cutter cuts stranded aluminum or copper conductors up to 1250 MCM and solid conductors up to 2 AWG.
  • For close-to-surface bolt cutting, consider the heavy-duty bolt cutter with a slim cutting head.
  • For wire rope, verify the stated capacity of up to 0.16 in. (4 mm); the compact cutter also handles spring wire up to 0.06 in. (1.5 mm).
  • For demanding bolt, wire, screw, and rivet cutting, the 36-inch forged bolt cutter provides compound leverage and adjustable forged jaws.
Plan by Termination Type

Match crimpers to ferrules, contacts, or terminals

Crimping tools in this category are purpose-specific. Ferrule crimpers support insulated and non-insulated ferrules in 10, 8, and 6 AWG sizes, with DIN sizes of 6, 10, and 16 mm². Other tools address closed-barrel contacts, color-coded insulated terminals, or insulated flag terminals.

  • Use a closed-barrel contact crimper for compatible 12-20 AWG screw-machine contacts in D-sub and RS-232-style connector applications.
  • Choose the ratcheting insulated-terminal crimper for red, blue, and yellow nylon or vinyl terminals.
  • Use the insulated flag terminal crimper for red and blue insulated flag terminals in 22-18 AWG and 16-14 AWG ranges.
  • An adjustable pin-height locator can help position compatible contacts for repeatable crimping.
Plan for Reach, Leverage, and Handling

Balance access with controlled operation

Tool size and mechanism can influence how the tool fits the work. Long-arm and 36-inch designs provide extended reach and leverage. Ratcheting mechanisms support controlled, repeatable cutting or crimping, while a one-hand cable-cutter design can make compatible cable cutting more manageable. For frequent hand-tool use, compare grip, handle, and opening features.

  • The 26-inch insulated cable cutter is rated for work on or near live parts at nominal voltages up to 1000V.
  • Mechanical-advantage handles and compound leverage help provide added cutting force.
  • Comfort grip, ergonomic handles, and non-slip handles support a more comfortable or secure hold.
  • A self-opening spring returns the stainless steel cutting pliers to an open position for smooth repeated operation.
FAQ

Common questions before buying

What materials can cable cutters in this category handle?

Available cable cutters are designed for compatible copper and aluminum cable or conductors. The long-arm model is specified for stranded aluminum or copper conductors and solid conductors within its stated capacities.

How do I choose a crimper?

Match the crimper to the termination type and wire range. Options include ferrule crimpers for 10, 8, and 6 AWG, a closed-barrel contact crimper for 12-20 AWG contacts, an insulated-terminal crimper for red, blue, and yellow terminals, and a flag-terminal crimper for its stated ranges.

Which tool is suited to wire rope?

The 7-1/2-inch wire rope cutter is intended for metal wire, rods, and rope. It cuts compatible wire rope up to 0.16 in. (4 mm) and spring wire up to 0.06 in. (1.5 mm).

What helps with cutting in limited-clearance areas?

The heavy-duty bolt cutter has a slim cutting head designed to help reach cutting points close to surfaces. Tool length and handle design should also be compared with the access and leverage the task requires.

Helpful Buying Guide

Choose Cutting and Crimping Tools for the Task at Hand

Start with the material or termination you need to handle, then compare the compatible conductor or terminal range, required reach, cutting access, and tool action. This category includes dedicated tools for cable cutting, bolt and hard-material cutting, wire-rope work, electrical terminations, and precision electronic assembly.

Visual Guide

Popular examples in this category

Use Cases

Match the tool to the work

Choose cable cutters for copper or aluminum conductors, bolt cutters for bolts and similar hard obstacles, wire rope cutters for metal wire, rods, and rope, and precision cutters for fine electronics work. Select a crimper when the task is making a ferrule, contact, insulated-terminal, or flag-terminal connection.

How to Choose

Compare compatibility first

For cutting tools, confirm the stated material and capacity. For crimpers, match the tool to the terminal or ferrule type and the supported AWG or DIN range. Also consider handle length, required leverage, grip features, and whether a ratcheting action or locator supports the task.

Applications

Support electrical, maintenance, and shop tasks

These tools support cable installation and repair, work on or near energized equipment, utility and telecommunications field work, panel-building, connector assembly, maintenance, wire-rope repair, and cutting tasks in shops and around equipment.

Additional Info

Consider access and repeat use

A slim cutter head can help reach points close to surfaces, while long handles can provide added reach and leverage. Comfort grips, ergonomic or non-slip handles, self-opening action, pinch protection, and adjustable jaws or locators can be useful when work is repeated.

1000VInsulated cable cutter rating

For work on or near live parts at nominal voltages up to 1000V.

1250 MCMMaximum stranded conductor capacity

For compatible aluminum or copper conductors on the long-arm cable cutter.

10-6 AWGFerrule crimping range

Covers 10, 8, and 6 AWG ferrule crimp sizes.

7.5 in.Compact wire rope cutter length

A compact hand-tool size for shop and field use.

Comparison Guide

Compare the Main Tool Types

Use this overview to narrow the category by the job and the compatibility details stated for each type.

Tool typeBest suited forKey selection details
Cable cuttersCutting compatible copper and aluminum cable or conductorsCompare conductor material, stated capacity, one-hand or long-arm design, and insulation rating where applicable.
Bolt and wire rope cuttersCutting bolts, wire, screws, rivets, metal wire, rods, rope, and similar hard obstaclesCompare required access, handle length, leverage, jaw features, and stated wire-rope or spring-wire capacity.
Crimpers and precision cuttersMaking electrical terminations or performing fine electronic cutting workMatch ferrule, contact, or terminal style and wire range for crimpers; for electronics, consider the precision cutter's electronic-circuit focus.
Planning Guide

Plan the right fit before choosing

Plan by Material and Cutting Task

Select a cutter designed for the item being cut

Dedicated cable cutters are intended for compatible copper and aluminum cable or conductors. Bolt cutters address bolts and similar hard materials, while a compact wire rope cutter handles specified wire-rope and spring-wire work. Stainless steel cutting pliers provide a hand-tool option for general cutting tasks, and a mini micro cutter is focused on controlled work on electronic circuits and high-density printed circuit boards.

  • For utility electrical and telecommunications work, the insulated long-arm cable cutter cuts stranded aluminum or copper conductors up to 1250 MCM and solid conductors up to 2 AWG.
  • For close-to-surface bolt cutting, consider the heavy-duty bolt cutter with a slim cutting head.
  • For wire rope, verify the stated capacity of up to 0.16 in. (4 mm); the compact cutter also handles spring wire up to 0.06 in. (1.5 mm).
  • For demanding bolt, wire, screw, and rivet cutting, the 36-inch forged bolt cutter provides compound leverage and adjustable forged jaws.
Plan by Termination Type

Match crimpers to ferrules, contacts, or terminals

Crimping tools in this category are purpose-specific. Ferrule crimpers support insulated and non-insulated ferrules in 10, 8, and 6 AWG sizes, with DIN sizes of 6, 10, and 16 mm². Other tools address closed-barrel contacts, color-coded insulated terminals, or insulated flag terminals.

  • Use a closed-barrel contact crimper for compatible 12-20 AWG screw-machine contacts in D-sub and RS-232-style connector applications.
  • Choose the ratcheting insulated-terminal crimper for red, blue, and yellow nylon or vinyl terminals.
  • Use the insulated flag terminal crimper for red and blue insulated flag terminals in 22-18 AWG and 16-14 AWG ranges.
  • An adjustable pin-height locator can help position compatible contacts for repeatable crimping.
Plan for Reach, Leverage, and Handling

Balance access with controlled operation

Tool size and mechanism can influence how the tool fits the work. Long-arm and 36-inch designs provide extended reach and leverage. Ratcheting mechanisms support controlled, repeatable cutting or crimping, while a one-hand cable-cutter design can make compatible cable cutting more manageable. For frequent hand-tool use, compare grip, handle, and opening features.

  • The 26-inch insulated cable cutter is rated for work on or near live parts at nominal voltages up to 1000V.
  • Mechanical-advantage handles and compound leverage help provide added cutting force.
  • Comfort grip, ergonomic handles, and non-slip handles support a more comfortable or secure hold.
  • A self-opening spring returns the stainless steel cutting pliers to an open position for smooth repeated operation.
FAQ

Common questions before buying

What materials can cable cutters in this category handle?

Available cable cutters are designed for compatible copper and aluminum cable or conductors. The long-arm model is specified for stranded aluminum or copper conductors and solid conductors within its stated capacities.

How do I choose a crimper?

Match the crimper to the termination type and wire range. Options include ferrule crimpers for 10, 8, and 6 AWG, a closed-barrel contact crimper for 12-20 AWG contacts, an insulated-terminal crimper for red, blue, and yellow terminals, and a flag-terminal crimper for its stated ranges.

Which tool is suited to wire rope?

The 7-1/2-inch wire rope cutter is intended for metal wire, rods, and rope. It cuts compatible wire rope up to 0.16 in. (4 mm) and spring wire up to 0.06 in. (1.5 mm).

What helps with cutting in limited-clearance areas?

The heavy-duty bolt cutter has a slim cutting head designed to help reach cutting points close to surfaces. Tool length and handle design should also be compared with the access and leverage the task requires.