Menu

Stripper/Cutter 10-20 Awg - Imperial

Part #: IE177

The Imperial IE177 Stripper/Cutter is an essential tool engineered for professional technicians and mechanics requiring precise wire preparation. Designed to efficiently strip and cut electrical wires ranging from 10 to 20 AWG, this tool provides reliable performance for a variety of automotive, marine, and industrial electrical tasks. Its robust construction ensures durability and consistent operation in demanding work environments.

Key Features

  • Precision Stripping: Accurately strips insulation from 10 to 20 AWG wires without damaging the conductor, ensuring secure and reliable connections.
  • Integrated Cutting Function: Features sharp, hardened blades for clean and efficient wire cutting, reducing the need for multiple tools.
  • Durable Construction: Manufactured with high-grade materials to withstand the rigors of daily professional use, offering long-term reliability.
  • Ergonomic Design: Engineered for comfortable handling, reducing hand fatigue during prolonged use and enhancing control for precise work.
  • Versatile Gauge Range: Accommodates a broad spectrum of common wire gauges found in vehicle wiring harnesses and industrial control systems.

Applications

The Imperial IE177 Stripper/Cutter is ideally suited for a wide array of electrical applications. It is invaluable for automotive technicians performing wiring repairs, installing accessories, or troubleshooting electrical systems in passenger vehicles, trucks, and heavy equipment. In industrial settings, this tool facilitates wiring control panels, assembling machinery, and performing maintenance on electrical components where consistent wire preparation is critical for operational integrity.

Recommended Alternatives

  • Imperial
    Other products
    Imperial Homepage
  • Model: 278093
  • Shipping Weight: 0.25lbs
  • UPC: 720383102862
  • Manufacturers Part #: IE177
  • Manufactured by: Imperial
  • Also Known As: IMIE177

This product was added to our catalog on Saturday 21 July, 2018.