Iscar 6402348 Solid Carbide Grooving Tool

Product Description

The ISCAR 6402348 is a solid carbide grooving tool designed for precision internal grooving operations in tight-bore applications. Solid carbide construction provides the rigidity and wear resistance required when machining challenging materials at close tolerances. With a minimum hole diameter of 4.00 mm, this tool is suited for small-bore internal grooving where tool stability and edge integrity are critical. It is used by machinists and tooling specialists operating CNC lathes and turning centers in production and job-shop environments.

This grooving tool is applied in internal bore grooving operations where access is limited by small hole diameters. The 4.00 mm minimum bore capacity makes it appropriate for precision components such as hydraulic fittings, medical parts, aerospace components, and other workpieces requiring clean, accurate internal grooves. It is supplied as a single unit and is suited for use in both light production runs and precision one-off machining scenarios.

Key Features

• Solid carbide construction for superior rigidity and wear resistance in internal grooving
• Minimum hole diameter of 4.00 mm enables work in very small bores
• Single-piece solid carbide body eliminates insert seating variability
• Compact form factor at 0.02 pounds supports use in high-speed, low-vibration setups

Compatibility

Designed as an OEM-style grooving tool for use in CNC lathes and turning centers capable of internal boring and grooving operations with a minimum bore diameter of 4.00 mm.

Installation Notes

Installation and setup should be performed by a qualified machinist or tooling technician familiar with internal grooving operations. Ensure the machine spindle is fully stopped and the turret is in a safe, indexed position before mounting or removing the tool. Verify tool overhang and bore clearance against the minimum hole diameter specification before engaging the workpiece. Follow the machine tool builder guidelines and applicable shop safety protocols during setup.