Hertel 750715 Solid Carbide Square End Mill 11/64 in

Product Description

The HERTEL 750715 is a solid carbide square end mill designed for precise material removal in milling operations. It features a 4-flute, single-end configuration with a 30-degree helix angle and a TiN (titanium nitride) finish that helps extend tool life by reducing friction and wear. The cutting diameter is 11/64 inches with a 9/16-inch length of cut (LOC) and a 3/16-inch shank diameter. Overall length (OAL) is 2 inches. This tool is centercutting and right-hand cut, making it suitable for both plunge and peripheral milling. It is installed and operated by machinists and tooling technicians working with CNC or manual milling equipment.

This end mill is suited for precision milling in ferrous and non-ferrous materials where tight tolerances and clean square-shoulder profiles are required. The TiN coating and solid carbide construction make it appropriate for general-purpose shop work, die work, and production milling at moderate to high cutting speeds. Its compact 2-inch OAL fits close-clearance setups and smaller milling machines or machining centers.

Key Features

• Solid carbide construction for rigidity and wear resistance
• 4-flute design for improved surface finish and material removal rate
• TiN finish reduces friction and extends tool life
• 30-degree helix angle for smooth chip evacuation
• Centercutting capability allows direct plunge entry into workpiece
• Right-hand cut, single-end configuration

Compatibility

Designed as a standard shank end mill compatible with collets, end mill holders, and milling chucks accepting a 3/16-inch shank diameter.

Installation Notes

This tool is installed by machinists using appropriate toolholders and collets sized for a 3/16-inch shank. Ensure the machine spindle is fully stopped and locked out before changing tooling. Verify runout with a dial indicator after seating to avoid premature tool wear or poor surface finish. Follow the tool manufacturer and machine manufacturer guidelines for speed, feed, and depth-of-cut parameters appropriate to the workpiece material.