RPMT 1204 MO GM 7030

Description

RPMT 1204 MO GM 7030 indexable milling insert is a high-performance carbide cutting insert designed for face milling, shoulder milling, and precision profiling in modern CNC machining operations. Manufactured using advanced sintered carbide technology and coated with a wear-resistant GM-grade multilayer coating, this insert provides excellent heat resistance, edge stability, and long tool life when machining steel, alloy steel, stainless steel, and hardened materials.

The RPMT geometry delivers a strong cutting edge combined with smooth chip control, making it suitable for roughing, semi-finishing, and finishing operations. The MO chipbreaker is engineered to provide low cutting forces, efficient chip evacuation, and stable cutting, even at high feed rates. This ensures better surface finish, reduced vibration, and higher productivity in CNC milling applications.

The 7030 grade is optimized for high-speed machining and continuous cutting, offering excellent resistance to wear, thermal cracking, and built-up edge. This makes the insert ideal for use in industrial cutting tools suppliers, CNC cutting tools manufacturers, die and mould machining tools, and automotive and aerospace part production. It performs reliably on CNC machining centers, VMCs, and milling machines, supporting both dry and wet cutting conditions.

The RPMT 1204 MO GM 7030 insert is widely used in carbide milling cutters, face mills, shoulder mills, and indexable end mill holders, making it a cost-effective and high-accuracy solution for production machining. The replaceable insert design reduces downtime and lowers high hardness cutting tools price, making it an economical choice for high-volume machining.

This insert is suitable for steel machining, D2 material cutting tools, stainless steel milling, and carbide tools for 48–55 HRC materials, providing consistent cutting performance and predictable tool life. It is a preferred choice for precision carbide tools India and CNC tools supplier in India markets due to its reliability and machining stability.