Sandvik Coromant

Insert grade now available for use with groove milling tools

Product

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Cutting tool and tooling systems specialist Sandvik Coromant has made its high performance steel milling grade, GC1130, available for use with CoroMill QD and CoroMill 331 groove milling cutters. GC1130, which is the latest Zertivo grade from Sandvik Coromant, delivers high metal removal rates and secure performance levels in both wet and dry machining operations.

 Already available for use with CoroMill 390, CoroMill 490 and CoroMill 495 shoulder and chamfer milling systems, this expansion of the application area makes the benefits of Zertivo technology, such as longer tool life and secure machining, available to a wider user profile.

Machine shops can now use grade GC1130 inserts with CoroMill QD for deep and narrow grooving in both external and internal roughing and finishing operations. For additional groove milling requirements, GC1130 inserts can also be applied to CoroMill 331, a multi-purpose side and face milling cutter. This versatile tool is capable of grooving, double half side milling, shoulder milling, face milling, back face milling, gang milling and circular ramping.

In total, GC1130 is now introduced to seven additional product families. Along with CoroMill QD and CoroMill 331, the insert grade is available for use with CoroMill 790 and T-Max long edge (shoulder milling), CoroMill Century (face milling), CoroMill 170 and CoroMill 176 (gear milling).

“Issues such as flaking, abrupt chipping and thermal cracks are commonly encountered when milling materials in the ISO P application area, especially when faced with unfavorable tool paths, deep cavities or when using coolant,” said Björn Ericsson, project manager. “We have developed GC1130 to help machine shops overcome the consequential effects of reduced insert life and unstable production.”

Manufactured using Zertivo – a PVD production technology that is designed to enhance the grade’s advantages – GC1130 offers high edge-line security and reduced flaking. In addition, a high-Cr content fine-grain substrate delivers high resistance to thermal cracks, helping ensure long and reliable tool life.