Walter 5012665 Modular Tool Holding System Adapter

Product Description

The WALTER 5012665 is a modular tool holding system adapter designed to connect and extend tooling assemblies in precision machining operations. With an overall length of 4.646 inches (118 mm), this adapter integrates into modular tooling systems to position cutting tools accurately relative to the spindle. It is used by machinists and tooling technicians working with CNC machining centers, turning centers, and similar metal-cutting equipment. The part weighs 3.329 pounds, indicating a solid, industrial-grade construction suited for demanding shop environments.

This adapter is appropriate for use in manufacturing and metalworking settings where modular tooling systems are employed to reduce setup time and maintain repeatable tool positioning. It is typically installed in production machine shops and job shops running CNC equipment that requires flexible, interchangeable tooling configurations. Tooling engineers and setup technicians select adapters like this one when building out modular assemblies for milling, boring, or turning applications.

Key Features

• Overall length of 4.646 inches (118 mm) for precise tooling reach
• Modular design allows integration into interchangeable tooling assemblies
• Solid construction at 3.329 pounds supports rigidity during cutting operations
• UNSPSC Code 27112800 classification for industrial tooling components

Compatibility

Designed as an OEM-style replacement or system component for modular tool holding assemblies. No specific compatible models or systems were identified in the available product data.

Installation Notes

Installation should be performed by a qualified machinist or tooling technician familiar with modular tooling systems. Always power down and lock out the machine spindle before mounting or removing tooling adapters. Ensure all mating interfaces are clean and free of chips or burrs before assembly to maintain proper seating and runout tolerances. Follow the machine tool manufacturer guidelines for clamping and torque procedures applicable to your specific tooling system.