High performance milling MEV Newly developed triangular inserts for low cutting forces and increased rigidity High performance, economical, and multi-functional milling solutions 1 High performance: Low cutting force and high rigidity Newly developed vertical triangle inserts with 3 cutting edges Achieve stable machining with reduced chattering MEV vs Competitor MEV NEW (New vertical triangle inserts) A.R. : a L b a o r u g t e 120 % Optimal Web Thickness A.R. Max.+17° Conventional end mill (Positive inserts) A.R. : Large Conventional end mill (Vertical inserts) A.R. : Small Cutting force Low cutting force Optimal web thickness : Large about 120 % Optimal Web Thickness Low cutting force Optima A l w .R eb . thickness : Small Max.+17° Optimal web thickness : Large Toolholder's rigidity High rigidity Cutting force : Low Toolholder's rigidity : High Cutting force : Low Toolholder's rigidity : Low High rigidity Cutting force : High Toolholder's rigidity : High High performance The MEV's large A.R. produces lower cutting forces and the vertical triangle inserts provide a higher rigidity. Multi-functional Economical The great performance of the multi-purpose MEV triangle inserts combines both advantages of conventional positive and negative type inserts. 1
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