Kennametal 5665708 High-feed Face Mill 3 Inch 5 Insert

Product Description

The KENNAMETAL 5665708 is an indexable high-feed face mill designed for high-material-removal-rate milling operations on machining centers and CNC mills. With a 3.0-inch cutting diameter and capacity for 5 indexable inserts, this tool body accepts replaceable cutting inserts to maintain consistent edge geometry over the life of the cutter. The high-feed design enables aggressive feed rates at shallow axial depths of cut, reducing cycle times on roughing and semi-finishing passes. Licensed machinists and tooling specialists install and set up this style of cutter as part of a production or job-shop milling program.

This face mill is suited for use on vertical and horizontal machining centers handling ferrous and non-ferrous workpieces where high-feed milling strategies are employed. The 3.0-inch diameter makes it appropriate for medium-format spindles in both production and prototype environments. The 5-insert configuration distributes cutting load evenly across the cutter body, supporting consistent surface finish and extended insert life during high-feed passes on flat or near-flat surfaces.

Key Features

• 3.0-inch cutting diameter supports medium-format milling applications
• Accepts 5 indexable inserts for distributed cutting load and consistent geometry
• High-feed cutter geometry enables aggressive feed rates at shallow axial depths
• Indexable insert design reduces tooling cost by replacing inserts rather than the full cutter body
• Overall height of 3 inches accommodates standard toolholder setups on CNC machining centers

Compatibility

Designed as an OEM-style replacement or direct-use indexable face mill body compatible with KENNAMETAL high-feed insert systems; specific insert grades and geometries should be confirmed against KENNAMETAL tooling catalog data for the 5665708 cutter body.

Installation Notes

This cutter body is installed and serviced by qualified machinists or tooling technicians. Before changing inserts or mounting the cutter, ensure the spindle is fully stopped and locked out per facility lockout-tagout procedures. Use calibrated torque tools when seating insert screws to avoid over-torquing or stripping. Verify arbor and toolholder interface compatibility before mounting on the spindle.