Dayton Lamina Kwx 200 P.1250 Solid Mold Die Blank Punch

Product Description

The DAYTON LAMINA KWX 200 P.1250 is a high speed steel solid mold die blank punch designed for precision blanking and piercing operations in stamping and die tooling applications. Built to KWX Series standards, this punch features a quill head profile with a 0.225 inch head diameter, a 1/8 inch shank diameter, and a 60-degree head angle. The head height measures 0.0875 inches and the overall length (OAL) is 2 inches. Machined from high speed steel, it delivers the hardness and wear resistance required for repetitive high-cycle punch press operations in metal fabrication shops and tool rooms.

This blank punch is suited for use in solid mold die sets where a quill head configuration is specified. Typical installations include progressive dies, compound dies, and stamping fixtures in light to medium manufacturing environments. The KWX Series designation indicates a standardized geometry that allows direct drop-in use in compatible die plates without secondary modification. Tool and die makers, press room technicians, and die maintenance personnel are the primary installers of this component.

Key Features

• High speed steel construction for hardness and wear resistance in high-cycle stamping operations
• Quill head profile with 60-degree head angle for positive seating in mold die sets
• 0.225 inch head diameter and 1/8 inch shank diameter for precise fitment
• 0.0875 inch head height maintains consistent punch-to-die alignment
• 2 inch overall length suits standard die plate stack heights
• KWX Series standardized geometry for direct replacement use

Compatibility

Designed as an OEM-style replacement blank punch for solid mold die assemblies requiring a quill head, 1/8 inch shank, KWX Series punch in high speed steel.

Installation Notes

Installation is performed by qualified tool and die makers or press room maintenance technicians. Always de-energize and lock out the press before removing or installing punches. Verify shank diameter, head diameter, and OAL against the die plate specification sheet before pressing the punch into the retainer. Do not force-fit or modify the shank geometry, as dimensional changes will affect punch-to-die clearance and part quality.