Dayton Lamina Kwx 250 P.1562 Solid Mold Die Blank Punch

Product Description

The DAYTON LAMINA KWX 250 P.1562 is a solid mold die blank punch designed for use in precision stamping and die-making applications. Part of the KWX Series, it features a quill head profile with a 60-degree head angle, a 9/32-inch head diameter, and a 5/32-inch shank diameter. The overall length is 2.5 inches, and the head height measures 7/64 inches. Constructed from high speed steel, this blank punch delivers the hardness and wear resistance required for demanding tool and die work. It is a single-piece, solid construction intended for professional toolmakers and die shop technicians.

This blank punch is suited for tool and die shops working with mold and stamping tooling where precise, repeatable hole forming is required. The quill head style and 60-degree head angle make it appropriate for applications that demand controlled punch entry geometry. It is sold individually and fits into standard die set assemblies used in light to medium industrial stamping operations.

Key Features

• Quill head style with 60-degree head angle for controlled punch entry
• 9/32-inch head diameter and 5/32-inch shank diameter for precise fitment
• High speed steel construction for hardness and extended wear life
• 2.5-inch overall length suits standard die set configurations
• Solid one-piece blank punch construction from the KWX Series

Compatibility

Designed as an OEM-style replacement or direct-fit component for standard mold and stamping die sets requiring a quill head blank punch in the KWX Series configuration.

Installation Notes

Installation of die blank punches should be performed by qualified toolmakers or die shop technicians familiar with press tooling assembly. Power down and lockout/tagout all press equipment before servicing or replacing punch components. Ensure proper alignment within the die set before securing the punch to avoid premature wear or tool breakage. Follow applicable shop safety standards and tooling manufacturer guidelines during assembly.