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Cutwelder Outfit - Lincoln Electric

Part #: KH656

The Lincoln Electric KH656 Cutwelder Outfit is a robust and reliable solution designed for professional automotive and industrial applications requiring precise cutting and welding capabilities. This comprehensive kit provides technicians and mechanics with the essential tools to tackle demanding fabrication and repair tasks, ensuring consistent performance and durability in rigorous work environments.

Key Features

  • Complete Kit: Includes oxygen and acetylene regulators, a high-performance cutting torch, a 20 ft. hose, brazing goggles, a flint striker, and a welding tip, providing a ready-to-use solution for various operations.
  • Heavy-Duty Construction: Engineered for long life and continuous professional use, with components built to withstand the rigors of industrial and workshop settings.
  • Exceptional Cutting Capacity: Capable of cutting steel plates up to 5 inches thick, making it ideal for heavy plate cutting in fabrication, demolition, and structural repair.
  • Versatile Welding Capability: Offers welding performance up to 1/2 inch thickness, suitable for a wide range of industrial welding applications.
  • Professional-Grade Components: Each component is selected for its quality and ability to deliver consistent results, enhancing efficiency and safety for the operator.

Applications

The Lincoln Electric KH656 Cutwelder Outfit is an indispensable tool for a variety of professional settings. It is well-suited for automotive repair shops performing chassis modifications, exhaust system work, or body panel cutting. In industrial environments, this outfit excels in heavy fabrication, maintenance and repair operations, pipeline work, and general metalworking tasks. Its ability to handle thick materials makes it a prime choice for structural steel work, agricultural equipment repair, and construction projects requiring reliable cutting and joining of robust metals.

Recommended Alternatives

This product was added to our catalog on Tuesday 06 February, 2007.