Sandvik Coromant 7564437 Milling Insert R245 4330 Grade

Product Description

The SANDVIK COROMANT 7564437 is a solid carbide milling insert engineered for high-productivity face and shoulder milling operations. Manufactured to ANSI and ISO standards under catalog designation R245-12 T3 M-PH 4330, this square-profile insert features a CVD-applied multilayer coating of TiCN, Al2O3, and TiN for extended tool life in demanding cutting environments. The insert carries a 4330 manufacturer grade and is rated for ISO material groups P30, M30, and K30. With four usable cutting edges and a positive rake geometry, it delivers efficient chip evacuation and reduced cutting forces on compatible R245 cutter bodies.

This insert is designed for milling steel and cast iron workpieces in both roughing and semi-finishing applications. The PH chip breaker geometry suits a wide range of cut depths, with a maximum depth of cut of 6.50 mm (0.2559 inches). It is intended for use in R245 series milling cutter bodies and is well-suited for CNC machining centers used in industrial manufacturing, job shops, and production environments. Installation and tool changes are performed by qualified machinists and CNC operators following standard insert indexing procedures.

Key Features

• CVD multilayer coating: TiCN, Al2O3, and TiN for wear resistance and thermal stability
• 4 cutting edges per insert for maximum economy
• Positive rake angle of 5 degrees reduces cutting forces and heat generation
• PH chip breaker optimized for steel and cast iron applications
• Right-hand, single-sided, screw-clamped insert with corner-rounded cutting edge style
• Conforms to ANSI and ISO standards: R245-12 T3 M-PH 4330

Compatibility

Compatible with R245 series milling cutter bodies. ANSI and ISO code R245-12 T3 M-PH 4330 confirms direct fitment within the R245 cutter series. Suitable for primary workpiece materials classified under ISO P (steel) and K (cast iron) groups.

Installation Notes

Insert changes must be performed with the machine fully powered down and the spindle locked. Use the appropriate Torx or hex key for the clamping screw per the cutter body specification. Seat the insert fully against the pocket locating surfaces before torquing the screw. Inspect the insert pocket and clamping screw for wear or damage each time inserts are indexed.