Emuge GZ340101 Indexable Thread Mill Internal

Product Description

The EMUGE GZ340101 is an indexable thread mill designed for cutting internal threads in a range of machined workpieces. The tool accepts three threading inserts and features through-coolant capability, directing coolant directly to the cutting zone to manage heat and clear chips during operation. With a maximum hole depth of 3.543 inches and an overall length of 5.906 inches, this thread mill is suited for deeper internal thread applications where chip evacuation and thermal control are critical. It is typically installed and operated by machinists and CNC programmers working in production or job shop environments.

This indexable thread mill is applied in CNC machining centers for creating internal threaded features in ferrous and non-ferrous workpieces. The through-coolant design makes it particularly well suited for deeper holes where flood coolant alone may not reach the cutting edge effectively. Typical applications include production threading in milling operations where insert replaceability reduces per-part tooling cost compared to solid carbide alternatives.

Key Features

• Accepts three indexable threading inserts for cost-effective edge replacement
• Through-coolant design improves chip evacuation and heat management at depth
• Maximum hole depth of 3.543 inches supports deeper internal thread applications
• Overall length of 5.906 inches provides reach for deeper workpiece features
• Internal thread type configuration for standard CNC milling center use

Compatibility

Designed as an OEM-style indexable thread mill for internal threading operations on CNC machining centers accepting standard tool holders compatible with this tool body diameter and shank configuration.

Installation Notes

Installation and operation should be performed by qualified machinists or CNC tooling specialists. Confirm tool holder runout and shank clamping torque per the machine tool manufacturer specifications before operation. Verify through-coolant passages are clear and coolant pressure is within the machine spindle rating prior to running. Inspect and index or replace inserts at recommended intervals to avoid thread form degradation.