Kennametal 1095377 Modular Boring Head H24 Through Coolant

Product Description

The KENNAMETAL 1095377 is a right-hand modular boring head from the Kenloc series, designed for precision internal boring operations on CNC machining centers and modular tooling systems. It features through-coolant capability for effective chip evacuation and thermal control during cutting. The head diameter excluding the insert measures 1.5 inches, and the head length projection is 1.625 inches. The insert is held by a clamp and screw method, providing rigid and repeatable positioning. This tooling component is installed by machinists and tooling technicians in production and job-shop environments where modular boring systems are in use.

The 1095377 is suited for boring applications requiring a minimum bore diameter of 44.70 mm in ferrous and non-ferrous materials. Its H24 system size interfaces with compatible Kenloc modular tooling adapters and holders. The right-hand cutting direction makes it appropriate for conventional spindle-direction boring on standard machining centers. Through-coolant delivery supports higher cutting speeds and extended insert life in demanding production environments.

Key Features

• Right-hand cutting direction for standard spindle-direction boring operations
• Through-coolant design promotes chip evacuation and reduces heat buildup at the cutting edge
• Clamp and screw insert holding method provides rigid, repeatable insert positioning
• Compatible with CN-style inserts, specifically CN.. 432 geometry
• H24 system size integrates with Kenloc modular tooling interfaces
• Center to cutting edge dimension of 0.89 inches for accurate bore sizing

Compatibility

Designed for use with the Kenloc modular tooling system at H24 system size. Compatible inserts include CN.. 432 style. Interfaces with Kenloc-series adapters and holders that accept the H24 modular connection.

Installation Notes

Installation is performed by qualified machinists or tooling technicians. Before mounting or adjusting the boring head, ensure the machine spindle is fully stopped and the control is in a safe state. Use the appropriate torque tools for the clamp screw to achieve proper insert seating without over-tightening. Verify through-coolant passages are clear and pressure is confirmed before resuming cutting operations.