Dayton Lamina 6-10-23 Steel Shoulder Bushing 1.25in Id

Product Description

The DAYTON LAMINA 6-10-23 is a steel die mold shoulder bushing designed for use in punch and die tooling assemblies. This short shoulder, demountable bushing provides a precision bore for guiding punches and die components during press operations. It features a bronze-plated finish over a steel body, with an inside diameter of 1.25 inches, a collar outside diameter of 2.095 inches, and a top outside diameter of 1.75 inches. The demountable design allows for removal and replacement without disturbing the die set, making it a practical choice for toolrooms and production environments where die maintenance is routine.

This bushing is suited for installation in metal stamping die sets, mold bases, and progressive dies requiring a friction-type guide bushing. The short shoulder body type fits applications where clearance above and below the die plate is limited. It is typically installed by tool and die makers or machinist technicians during die build or refurbishment. The 6-10-23 is compatible with clamp style 6-91-1 for secure retention in the die set.

Key Features

• Steel body with bronze-plated finish for wear resistance and corrosion protection
• Short shoulder body type suits tight-clearance die plate applications
• Demountable attachment method allows removal without die disassembly
• Non-self-lubricating friction bushing requires standard shop lubrication practices
• Compatible with clamp style 6-91-1 for positive retention
• Precision inside diameter of 1.25 inches for consistent punch guidance

Compatibility

Compatible with clamp style 6-91-1. Designed as a demountable, short shoulder friction bushing for use in standard die sets and mold bases requiring a 1.25-inch bore guide bushing.

Installation Notes

Installation is typically performed by tool and die makers or experienced machinists during die set assembly or maintenance. Ensure the die set is removed from the press and all energy sources are locked out before servicing. The bushing bore and mating bore in the die plate should be clean and free of burrs before pressing or seating the bushing. Apply appropriate die lubricant as required, since this is a non-self-lubricating design.