Allied 7C124P-1.015 Spade Drill Insert 1-1/64 in Solid Carbide

Product Description

The ALLIED MACHINE AND ENGINEERING 7C124P-1.015 is a solid carbide spade drill insert designed for high-performance through-hole and blind-hole drilling operations. Built to Seat Size 24 and featuring a 140-degree point angle, this insert is part of the GEN3SYS XT series and carries an AM300 PVD coating for extended tool life in demanding cutting conditions. The C1 (K35) carbide grade provides a strong balance of hardness and toughness. At 0.03 pounds, this insert is a precision component intended for installation into compatible spade drill holder bodies by machinists and tool-room professionals.

This insert is suited for drilling operations in steel and hard materials in industrial machining environments. The GEN3SYS XT series is engineered for high-penetration-rate applications where consistent hole quality and insert longevity are critical. Typical use cases include production drilling on CNC machining centers, lathes, and drill presses where spade-style tooling is preferred for large-diameter hole making without the cost of solid twist drills.

Key Features

• 1-1/64 inch cutting diameter with Seat Size 24 for precise holder fit
• 140-degree point angle optimized for entry control and chip formation
• Solid carbide construction, C1 (K35) grade, for hardness and wear resistance
• AM300 PVD coating for improved surface lubricity and heat resistance
• GEN3SYS XT series geometry rated for steel and hard material workpieces
• Lightweight at 0.03 pounds for easy handling and quick changeover

Compatibility

Designed for use with GEN3SYS XT series spade drill holder bodies accepting Seat Size 24 inserts. Primary workpiece material classifications are P (Steel) and H (Hard Material) per ISO material coding.

Installation Notes

Installation of spade drill inserts should be performed by qualified machinists following the tool manufacturer's holder torque and seating procedures. Power down and lock out all machine spindles before inserting or removing the insert. Inspect the holder seat for chips, debris, or wear before seating the insert to ensure proper contact and alignment. Do not exceed the recommended feed and speed parameters published by ALLIED MACHINE AND ENGINEERING for this series and material combination.