Press releases
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Mirko Merlo, Chief Strategy Officer
Mitsubishi Materials Corporation appoints a new Chief Strategy Officer in the Metalworking Solutions Company to drive business transformation.
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MV1000 / MV9005
Mitsubishi Materials has developed a very special series of grades that reaches across both milling and turning applications. The key feature of this innovative grades is due to the adoption of the newly developed AL-Rich coating method. This advanced CVD coating of Aluminium titanium nitride (Al,Ti)N is a compound of aluminium and titanium that is widely used as a coating for advanced cutting tools because of its extremely hard and heat-resistant properties.
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MC6100
Tooling engineers and CNC machine programmers face a huge choice of turning insert grades and chipbreakers in the modern market place. Mitsubishi Materials has designed and developed two top class grades, MC6115 and MC6125. These 2 two grades have now been expanded to included positive 5°, 7° and 11° inserts.
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MC5100
For high performance turning of cast iron, Mitsubishi Materials has launched the MC5100 series, a brand new range of 3 different insert grades that are optimal for each type of cast iron machining application. The series also introduces an innovative new SUB-Grip layer that ensures a highly effective adhesion of the base TiCN coating layer to the carbide substrate.
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AXD4000
To complement the AXD range of milling cutters, a series of screw-in types are now available in sizes from Ø25 - Ø40. The addition of a screw-in type brings extra versatility and efficiencies by allowing easy tool changes in situ. Additionally, the small diameters lend themselves to machining in smaller pockets and restricted areas in complex components.
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FMAX MB
Mitsubishi Materials has now extended its range of high feed FMAX cutters for finish machining. In a reversal of the existing philiosphy of a large number of teeth, the new MB type is designed with a minimum number of teeth to facilitate fine finish machining of non rigid components or when milling on smaller, less robust machining centres.
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