SHAPE GEOMETRY: FEATURES A C-TYPE 80-DEGREE DIAMOND CONFIGURATION PROVIDING MAXIMUM CORE CROSS-SECTIONAL STRENGTH COMPARED TO SLIMMER INSERTS.
CLEARANCE ANGLE: BUILT WITH AN N-TYPE ZERO-DEGREE NEGATIVE RELIEF STRUCTURE OPTIMIZED TO PROVIDE REMARKABLE REINFORCED BASE BULK EDGING SUPPORT.
TOLERANCE DESIGNATION: MANUFACTURED ACCORDING TO STRICHEST G-CLASS HIGH-PRECISION RE-GROUND DIMENSIONAL PERIMETERS ENSURING FLAWLESS SEATING ACCURACY.
FIXING INTERFACE: FEATURING A HOLLOW A-TYPE CYLINDRICAL RETENTION BARREL HOLE COMMUNICATING PERFECTLY WITH TOP-CLAMP FIXTURE HOLSTER MECHANISMS.
EDGE MEASUREMENT: CONSTRUCTED WITH A NOMINAL 12 MM SIDE CHAMBER CUTTING EDGE LENGTH TO INTERLOCK WITH CONVENTIONAL LATHE TOOLBAR POCKETS.
BODY THICKNESS: MARKED WITH THE 04 SPECIFICATION TRANSLATING TO A STRUCTURAL BLOCK REINFORCEMENT THICKNESS OF EXACTLY 4.76 MM.
NOSE RADIUS: RETAINS A REINFORCED 0.8 MM TIP PROFILE BALANCING HIGH PROFILE FINISHING DEFINITION WITH COMPONENT SURFACE ROUGHNESS DEMANDS.
SUBSTRATE SYSTEM: ATTAINS OUTSTANDING CORE TOUGHNESS VIA A DENSE AL2O3+TIC CERAMIC COMPOSITE DESIGNED SPECIFICALLY FOR CUTTING METALS WITH HIGH HARDNESS.
MICROSTRUCTURE FINENESS: SUDDEN FRACTION IS CONTROLLED THROUGH MINIATURIZATION OF THE CERAMIC STRUCTURE, PREVENTING CHIPPING UNDER HARD MACHINING INTERFACES.
OXIDATION RESISTANCE: SPECIAL PVD MEGACOAT LAYER CONTROLS CRATER WEAR AND ACHIEVES STABLE MACHINING WITH SUPERIOR OXIDATION RESISTANCE AT HIGH THERMAL THRESHOLDS.
THERMAL CONDUCTIVITY: INCORPORATES OUTSTANDING THERMAL SHOCK ABSORPTION STABILITY THAT PREVENTS THERMAL CRACK DEVELOPMENT DURING HIGH-SPEED FRICTION.
COST EFFICIENCY: DELIVERS EXCELLENT COST EFFICIENCY FOR HARD MATERIAL MACHINING, COMPETING DIRECTLY WITH EXPENSIVE CBN OPTIONS AT LOWER PRICING THRESHOLDS.
PRIMARY APPLICATION: THE OPTIMUM CHOICE FOR APPLICATIONS IN CONTINUOUS TO LIGHT INTERRUPTED CUTS ACROSS PRE-HARDENED INDUSTRIAL COMPONENTS.
EDGE ECONOMY: DESIGNED WITH FOUR HIGH-STRENGTH RE-GROUND TURNING CORNERS PER PIECE PROVIDING CRITICAL OVERALL OPERATIONAL COST VALUE.
