Mitsubishi 435400 Gy Series Grooving Insert VP10RT Carbide

Product Description

The MITSUBISHI 435400 is a solid carbide grooving insert designed for precision grooving operations on CNC lathes and turning centers. Built to GY series specifications, this insert carries the VP10RT manufacturer grade and features a PVD coating process for extended tool life and wear resistance. The neutral hand orientation suits straight-in grooving applications. The cutting width measures 3.00 millimeters with a corner radius of 0.40 millimeters, making it suited for fine-detail groove profiles. The MM chip breaker geometry promotes controlled chip evacuation during interrupted or continuous cuts in metalworking environments.

This insert is intended for use in metalworking and machining operations where tight groove tolerances are required. It fits GY series toolholders that accept an F-size insert seat. Typical applications include OD grooving on turned components in production and job-shop environments. Machinists and CNC operators working with ferrous and non-ferrous materials will find the VP10RT grade and PVD coating suitable for moderate to high cutting speeds. The ANSI code for this insert is GY2M0300F040N-MM, which can be used for cross-referencing with compatible toolholder systems.

Key Features

• VP10RT grade solid carbide with PVD coating for wear resistance
• 3.00 millimeter cutting width for precision grooving
• 0.40 millimeter corner radius for controlled groove profile
• MM chip breaker geometry for reliable chip evacuation
• Neutral hand orientation for straight-in grooving
• Meets ANSI standards; ANSI code GY2M0300F040N-MM

Compatibility

Designed for use with GY series toolholders accepting an F-size insert seat. Verify toolholder compatibility using ANSI code GY2M0300F040N-MM before installation.

Installation Notes

Installation should be performed by a qualified machinist or CNC operator. Power down and lock out the machine before seating or replacing the insert. Ensure the insert pocket and clamping surfaces are clean and free of chips before securing the insert. Follow the toolholder manufacturer guidelines for clamping torque and insert seating to prevent chipping or premature failure.