Dayton Lamina 16-30 Spring Cage 2 in Od 3.75 in Steel

Product Description

The DAYTON LAMINA 16-30 is a steel spring cage used to guide and retain die springs in stamping and metalworking tooling applications. It provides structural containment for the spring during compression cycles, helping to maintain alignment and prevent lateral buckling under load. The cage measures 2 inches in outside diameter and 3.75 inches in overall length. It is constructed from steel for durability in high-cycle press tooling environments. This component is typically installed by tool and die makers or maintenance technicians servicing stamping dies and fixture assemblies.

The 16-30 spring cage is suited for use in press dies, punch and die sets, and similar tooling fixtures where spring guidance is required. The 2-inch outside diameter fits standard die spring bores of corresponding sizing. The 3.75-inch overall length accommodates spring travel requirements in medium-depth die sets. This part ships in a quantity of one and carries a minimum order quantity of one.

Key Features

• Steel construction provides strength and durability in high-cycle stamping environments
• 2-inch outside diameter for fitment in standard die spring pockets
• 3.75-inch overall length supports medium-depth spring travel applications
• Functions as a retention and alignment guide to prevent spring buckling under load

Compatibility

Designed as an OEM-style replacement or service component for press die assemblies requiring a steel spring cage with a 2-inch outside diameter and 3.75-inch overall length.

Installation Notes

Installation is typically performed by tool and die technicians or maintenance personnel servicing stamping press tooling. The die set and press should be fully de-energized and locked out before disassembling any tooling components. Verify that the spring cage outside diameter and overall length are compatible with the existing die spring pocket and spring specifications before installation. Do not force the cage into an undersized pocket, as this may cause misalignment or damage to the spring and tooling.