Iscar 6405015 Grooving Insert GIP300E000P IC830 3mm

Product Description

The ISCAR 6405015 is a solid carbide grooving insert in the Cut-Grip series, designed for precision grooving and parting operations on CNC lathes and turning centers. Grade IC830 with a PVD-applied AlTiN and TiN coating delivers high wear resistance and thermal stability, making it well suited for demanding interrupted-cut and high-speed turning applications. The insert features a 3.00 mm cutting width, a maximum depth of cut of 13.00 mm, and a double-ended design that extends usable tool life. A positive rake angle of 7 degrees reduces cutting forces, and the self-grip holding method provides secure seating in compatible Cut-Grip toolholders without additional fasteners.

This insert is intended for machining superalloys, titanium, and steel workpieces across aerospace, energy, and precision manufacturing environments. The IC830 grade is engineered specifically for difficult-to-machine materials where edge toughness and coating adhesion are critical. The P chip breaker geometry promotes controlled chip evacuation during grooving operations. It installs in Cut-Grip series toolholders and is sold individually, with a minimum order quantity of 10 units.

Key Features

• IC830 grade solid carbide with PVD AlTiN and TiN coating for high thermal and wear resistance
• 3.00 mm cutting width with a 13.00 mm maximum depth of cut
• Double-ended insert geometry maximizes tool life per unit
• Positive rake angle of 7 degrees reduces cutting forces on difficult materials
• Self-grip holding method eliminates need for clamping screws
• P chip breaker for controlled chip flow during grooving
• Compliant with ISO 13399 cutting tool data standards

Compatibility

Designed for use in ISCAR Cut-Grip series toolholders. Primary workpiece materials are superalloys, titanium, and steel (ISO material codes M, P, and S). ISO code GIP 3.00E-0.00.

Installation Notes

Installation is performed by a qualified machinist or toolroom technician. Power down and lock out the machine spindle before seating or removing inserts. The self-grip design requires correct toolholder pocket condition — inspect the pocket for wear or debris before inserting. Do not use inserts with visible edge chipping or coating delamination, as this can cause workpiece damage or unpredictable tool failure.