SHALL 3-Inch High-Speed Cut Off Tool – 3.5A Metal Cutter, 24,000 RPM, Includes 3 Cutting Wheels

Overview

The SHALL 3 Inch High-Speed Cut Off Tool blends compact design with serious cutting power, making it a versatile choice for metalwork in workshops, garages, and job sites. Powered by a 3.5 A motor, it delivers up to 400 W of peak output and a no-load speed of 24,000 RPM, enabling rapid material shedding without sacrificing control.

Designed with safety and durability in mind, this cutter uses a double insulated copper motor to support efficient operation while maintaining a higher degree of protection. A 360-degree rotatable safety guard allows you to tackle cuts from multiple angles, and a lock-on switch ensures steady operation as you work. At roughly 3 pounds, the tool is light enough to reduce fatigue during extended sessions, yet sturdy enough to handle metal cutting tasks with confidence.

What you get

• A high speed cutoff tool equipped to handle ferrous and non-ferrous metals with 3 cutting wheels included (3" x 3/64" x 3/8").
• A wheel safety guard, arbor wrench, and Allen wrench for quick wheel changes, plus a spare parts kit for ongoing use.
• Built-in venting and dust ejection to support cooling and cleaner operation during longer tasks.

Practical uses and benefits

This tool is suitable for cutting steel, stainless steel, and similar metals, with a compact footprint that fits tight spaces. The rotatable guard and ergonomic grip help you work from various angles, while the lightweight body reduces user fatigue. The kit’s three cutting discs offer versatility for different metal types, and the included wrenches streamline setup and wheel changes.

• Versatile metal cutting for ferrous and non-ferrous materials, including stainless steel.
• Ergonomic, lightweight design for comfortable handling across multiple tasks.
• Safety features and quick-change accessories to help you stay productive on-site.

Tip: To extend tool life and prevent overheating, rest the tool for 15 minutes after 15 minutes of use, and avoid cutting plastic for optimal performance. Actual results depend on material and technique, and safety gear should always be worn during operation.