Dayton Lamina 6-1417-86 Die Mold Solid Sleeve Hardened Steel

Product Description

The DAYTON LAMINA 6-1417-86 is a die mold solid sleeve designed for use in stamping and die set applications where precise guidance and rigid support are required. This sleeve features a 2.125-inch inner diameter, a 1.75-inch post diameter, and an overall length of 4.25 inches, with an outer diameter of 2.75 inches. Constructed from hardened steel, it delivers the wear resistance and dimensional stability that toolmakers and die maintenance technicians demand in high-cycle press operations. Installation is typically performed by tool and die makers or industrial maintenance personnel working with punch and die assemblies.

This solid sleeve is suited for use in progressive, compound, and transfer die sets in both production stamping and mold-guiding applications. It fits into die shoe bores where a solid, non-bushing sleeve is preferred for maximum strength and rigidity. Typical applications include metal stamping operations in automotive, appliance, and industrial fabrication environments where consistent press alignment is critical to part quality and tooling longevity.

Key Features

• Hardened steel construction for high wear resistance in press environments
• 2.125-inch inner diameter for precise post fit and alignment
• 2.75-inch outer diameter for secure seating in die shoe bores
• 4.25-inch overall length accommodates standard die set configurations
• Solid sleeve design provides maximum rigidity versus split or bushing alternatives

Compatibility

Designed as an OEM-style replacement or direct-fit component for die sets requiring a solid sleeve with a 2.125-inch ID and 1.75-inch post diameter in hardened steel construction.

Installation Notes

Installation is performed by qualified tool and die makers or industrial maintenance technicians. Press and associated tooling must be fully de-energized and locked out before any die set service begins. Sleeve bores should be checked for proper fit and finish prior to pressing the sleeve into position. Do not force-fit components; use appropriate arbor press equipment and tooling to seat the sleeve without damaging the bore or sleeve surfaces.