Dayton Lamina 5-2036-1 Guide Post 2.5 in Od 9 in Hardened Steel

Product Description

The DAYTON LAMINA 5-2036-1 is a press-fit friction guide post designed for use in die sets, molds, and stamping tooling applications. It features a 2.5-inch outer diameter and a 9-inch overall length, machined from hardened steel with a chrome-plated finish for wear resistance and corrosion protection. The press-fit attachment method locks the post securely into the die shoe without additional fasteners. Tool and die makers, mold builders, and metal fabrication shops install this component as part of precision guiding systems to maintain alignment between upper and lower die components during press operations.

This guide post is suited for industrial press tooling setups where consistent alignment is critical. It is typically installed in the lower die shoe and mates with a corresponding guide bushing in the upper shoe. Applications include progressive dies, blanking dies, and forming dies used in metal stamping and fabrication. The chrome-plated hardened steel construction supports repeated cycling under load in production environments.

Key Features

• Press-fit attachment method for secure, fastener-free installation in die shoe bores
• 2.5-inch outer diameter for use in heavy-duty die set configurations
• 9-inch overall length to accommodate deeper die sets and longer stroke requirements
• Hardened steel construction provides durability under repeated press loads
• Chrome-plated finish adds wear resistance and surface lubricity for smooth bushing engagement

Compatibility

Designed as an OEM-style replacement or new-build component for press tooling die sets requiring a press-fit friction guide post with a 2.5-inch outer diameter.

Installation Notes

Installation is performed by qualified tool and die makers or tooling maintenance technicians. The post is pressed into the die shoe bore using a hydraulic or mechanical press to achieve proper interference fit - ensure bore diameter tolerance is matched to the post OD before pressing. De-energize and lock out the press before performing any die set assembly or component replacement. Do not strike the post with a hammer directly; use a press plate or driver to avoid damaging the chrome-plated surface or post geometry.