CoroPak 10.2 Released October 1, 2010 Securing the future with smart choices With so many products available it is often hard to make the right choice. And without the right application technique even the best tools can fall short of their full potential. When we develop our tools we start with your problems. We focus on addressing process improvements, researching your development and maximizing your return. All to make your choice simpler. New milling grade GC1040 Extreme tough machining of austenitic stainless and duplex materials requires a grade you can rely on. To perform securely, with consistently sharp cutting edges, low forces and slow wear. When the odds are against you grade GC1040 is tough enough to stay sharp. The first-choice recommendation for shoulder milling with small diameters in fine to medium rough machining, this grade is ultimately secure in unstable conditions and safe for unmanned production, time after time. Read more about GC1040 New ISO S geometries Turning geometries for HRSA and titanium With easy-to-choose guidelines for every machining requirement, these six new geometries ensure optimization in roughing to finish turning of heat resistant super alloys and titanium. Whether you have continuous or interrupted cuts, they improve productivity, provide first rate process security and fulfill surface quality demands. The six new insert geometries are designed to handle depths of cuts from 0.2 to 10 mm (0.008 - 0.393 inch) with great chip control and low tool pressure. Four geometries are introduced for moderate to small depths of cuts in light roughing to finishing applications. Two stronger geometries are introduced for larger depths of cut in roughing or light roughing. Discover our new ISO S geometries Sialon grade CC6060 Now available in a range to support the turning and milling of heat resistant super alloys with inserts for semi-finish to finish machining. Optimized for productivity benefits when it comes to larger diameter components and longer lengths of cut this grade has excellent notch wear resistance, providing the confidence to machine at higher depths of cut than other ceramic grades and is able to cope with higher feed rates and longer continuous cuts. Read more about CC6060 Improving machining security with CoroThread® 266 C–geometry For low carbon and low alloy steels this new insert geometry maximizes chip control to enable more continuous unsupervised machining, without interruption. For internal threading efficient chip evacuation is vital for continuous machining, the new inserts have a chip former near the tip, which helps to steer and control the chip to give maximum high machining security. New C-geometry inserts are available in grades in GC1125 for external threading and GC1135 for internal threading. Nonstop machining with the new C-geometry CoroMill® 170 Precision cutter for gear milling CoroMill 170 is a high performance cutter for large gears in module range 12 - 22. In combination with our latest grades the cutter will simply cut time in your gear machining, leaving minimal and even stock for subsequent operations. Use it for precision and reliability in roughing of external and internal gears. Increase your performances in gear cutting CoroMill® 325 Thread whirling tools New CoroMill 325 thread whirling inserts and holders can produce a wide range of high precision screws and implants from rough stock at high speeds and fit a large number of sliding head machine types. Thread whirling is a fast and accurate way to thread long, slender components in difficult materials. Using this technique, a number of advantages can be gained over traditional single-point threading including increased productivity, faster set up times, no extra costs for finishing treatment, superior chip control and increased tool life over conventional tools. Introducing CoroMill 325