BRAND REPUTATION: ENGINEERED BY KYOCERA TO SECURE MASSIVE PROCESS STABILITY AND ULTRA-TIGHT DIMENSIONAL ACCURACY ACROSS AUTOMATED OR UNATTENDED CNC RUNTIMES.
SHAPE GEOMETRY: EMPLOYS A D-TYPE 55-DEGREE DIAMOND OUTLINE PROVIDING AMPLE CLEARANCE PATHS FOR EXECUTING INTRICATE BACK-PROFILING AND STEEP STEP SHOULDERS.
CLEARANCE ANGLE: FEATURES A C-TYPE 7-DEGREE POSITIVE RELIEF ANGLE GEOMETRY THAT ELIMINATES FLANK RUBBING TO DRASTICALLY REDUCE TOOL VIBRATION ON SLENDER PARTS.
TOLERANCE FORMAT: CONFORMS TO HIGH-LEVEL ISO M-CLASS DIMENSIONAL CODES TO SECURE HIGHLY UNIFORM CENTERLINE HEIGHT RE-POSITIONING INDICES DURING INDEX CHANGES.
FIXING ARCHITECTURE: CONFIGURED WITH A SINGLE-SIDED G-TYPE HOLLOW CYLINDRICAL RETENTION CORE HOLE DESIGNED FOR SECURE TORX SCREW MOUNTING.
EDGE MEASUREMENT: MARKED WITH THE 11 DIMENSIONAL SIZE CONTEXT TRANSLATING TO A PRECISE INSCRIBED CIRCLE (IC) NOMINAL EXTENSION OF 9.525 MM.
BODY THICKNESS: BUILT UNDER THE T3 SPECIFICATION REGISTERING AN ABSOLUTE DURABLE CROSS-SECTIONAL CORE BODY THICKNESS MEASUREMENT OF 3.97 MM.
NOSE RADIUS: FITTED WITH AN ULTRA-FINE 0.2 MM CORNER RADIUS (02 CODE) TO SUBSTANTIALLY MINIMIZE RADIAL FORCE PACKS AND PREVENT CHATTERING.
COATING SPECIFICATION: UTILIZES AN EXTREMELY HARD MEGACOAT NANO PLUS MULTI-LAMINATED MEMBRANE LAYER OFFERING EXCEPTIONAL HARDNESS METRICS UP TO 35 GPA.
SURFACE POLISH SMOOTHNESS: THE GLASS-LIKE LUBRICATED SHIELD REPELS RAPID CHIP SLAG ACCUMULATION TO INHIBIT COLD-WELDING BUILT-UP EDGE (BUE) DEPOSITS.
CHIPPING SUPPRESSION: REINFORCED NANOMETER-SCALE CRYSTALLINE STRATAS CONSTRICT CORROSIVE MICRO-CHIPPING SPREAD ENCOUNTERED ALONG FRAGILE PROFILING INTERFACES.
PRIMARY APPLICATION TARGET: SERVES AS KYOCERA'S 1ST RECOMMENDATION GRADE FOR STEEL DEEP-HOLE BORING CYCLES AND COMPLEX LONGITUDINAL SWEEPS.
STAINLESS STEEL EXTENSION: MEETS AGGRESSIVE STAINLESS ALLOY MACHINING SPECS BY LIMITING UNEXPECTED BOUNDARY EDGE DAMAGE UNDER STEADY FLUID STREAMS.
MACHINING RANGE BOUNDARIES: EXCLUSIVELY TUNED FOR PRECISION ULTRA-FINE FINISHING TO VERY LIGHT PASSES ON SLENDER WORKPIECES AND SLIM UNSTABLE SHAFTS.
TOTAL OPERATING LIFE: SHARP RE-GROUND CORES DRIFT MINIMAL HEAT RUNS PER COMPONENT, SUBSTANTIALLY EXTENDING EXPANDED EDGE-LIFE EXPECTANCY RATIOS.
