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Versatile Cutting and Punching Capabilities with Metalcraft Practical Punch & Shear Tool

SPECIFICATIONS:
Maximum Working Capacity:
Shearing:
3/4" wide x 1/8" thickness (flat metal steel strip)
3/16" (solid square bar)
3/16" (solid round rod)

Punching:
1/8" diameter round hole in up to 1/8" thick hot rolled or annealed flat metal steel strip

Other Features:
Adjustable punch platform to allow for accurate positioning along the center of different widths of metal.
4 available cutting edges on lower shear blade.

Machine dimensions
2"w x 6 7/8"d x 5 1/8"h x 13 3/8" (handle length).
Boxed weight: 8 lbs.

Effortless Metal Punching

Experience seamless hole punching with the Metalcraft Practical Punch and Shear Tool. Designed to handle 1/8" diameter holes in annealed or hot rolled mild steel strips up to 1/8" thickness, this tool is perfect for both DIY projects and professional metalworking tasks. It eliminates the need for a powered drill, making it ideal for curved and non-flat sections.

Precise Cutting Performance

Achieve clean and precise cuts with the Metalcraft Practical Punch and Shear Tool. Whether you're shearing hot rolled mild steel strips, solid round rods, or square bars, its specially hardened cutting blades ensure smooth and safe operation. This tool is essential for shaping and crafting metal materials with accuracy and ease.

Enhance Your Metalworking Efficiency

Discover the ultimate 2-in-1 solution for cutting and punching in metalworking. The Practical Punch and Shear Tool integrates cutting-edge technology with user-friendly design, making it indispensable for metalworkers of all levels. From creating fixing holes to intricate metal designs, this tool empowers you to achieve professional results effortlessly.

This Practical Punch Shear Tool version DOES NOT come with Tape Measuring Device.  

All tools are supplied with operating instructions. Please note that the maximum working  capacity stated is for Hot Rolled Material or Annealed metal. Working beyond these limits or with material of greater hardness may reduce the operational life of the tool.