THE TNMG 160404 PV710 IS A DOUBLE-SIDED NEGATIVE TRIANGULAR INDEXABLE TURNING INSERT MANUFACTURED EXCLUSIVELY BY KYOCERA.
IT IS FORGED UPON AN ADVANCED HIGH-WEAR RESISTANT TITANIUM CARBONITRIDE CERMET SUBSTRATE TO PROVIDE EXTENDED LIFESPANS.
THE NEGATIVE ZERO DEGREE RAKE SHAPE YIELDS SIX DISTINCT COMFORTABLY USEFUL CUTTING CORNERS PER INDIVIDUAL EMBEDDED INSERT.
ITS UNIFIED SIXTY DEGREE TRIANGULAR OUTLINE PROVES PERFECT FOR EXTERNAL LONGITUDINAL CYLINDER TURNING FACING AND SHARP PROFILE PASSES.
THE METRIC NOMINAL CUTTING EDGE LENGTH EXTENDS TO SIXTEEN POINT FIVE MILLIMETRES DELIVERING HIGH PRECISION PROFILE TRACKING.
A STABLE BASE PROFILE COMPRISING A FOUR POINT SEVEN SIX MILLIMETRE BASE THICKNESS MINIMISES LOCAL ACCIDENTAL EDGE FAILURE.
THE SHARP ZERO POINT FOUR MILLIMETRE NOSE RADIUS LOWER RADIAL CUTTING RESISTANCE GENERATING VERY CLEAN COMPONENT GEOMETRY.
THIS ZERO POINT FOUR MILLIMETRE CORNER RADIUS REFINES OUTSTANDING WORKPIECE MIRROR SURFACE TEXTURES EXCELLING AT ULTRA-FINE TOUCHES.
IT INTEGRATES KYOCERA'S PROPRIETARY MEGACOAT NANO LAYER TO WITHSTAND SEVERE OXIDATION ENCOUNTERED AT TOP REVOLUTIONS.
THE COMPOSITE MULTI-LAYER BARRIER WITHSTANDS INTRICATE THERMAL SHOCK DEFECTS GENERATED UNDER ELEVATED MACHINING ZONE FRICTION CONDITIONS.
THE HARD CERMET COMPOSITE MATRICES INHERENTLY PREVENT NOTORIOUS CHEMICAL WELDING OR ANNOYING BUILT-UP EDGES ON LATHES.
IT BELONGS PRIMARILY TO THE HIGH-SPEED CONTINUOUS MACHINING CATEGORY DEDICATED FOR INDUSTRIAL ISO P CARBON STEELS.
THE MIXTURE PROVES PHENOMENAL AT PRODUCING DIMENSIONALLY STABLE COMPONENT BARS MANUFACTURED FROM FORGED OR NORMALIZED METALS.
IT EFFECTIVELY DISPLACES EXPENSIVE CARBIDES IN DRY FINISHING ENVIRONMENTS CUTTING REPETITIVE AUTOMOTIVE AND AEROSPACE CRANKSHAFT FITTINGS.
THIS PRECISION PRODUCTION SPECIFICATION IS HEAVILY INCORPORATED INSIDE PRECISION TRANSMISSION PLANTS BEARING AUTOMATICS AND LARGE CNC WORKSHOPS
