BRAND UNIVERSALITY: MANUFACTURED ACCORDING TO RIGID ISO STANDARDS DESIGNED TO COOPERATE WITH A WIDE ASSORTMENT OF INTERNATIONAL INDUSTRIAL STEEL TOOLBARS.
SHAPE GEOMETRY: UTILIZES A C-TYPE 80-DEGREE RHOMBIC DIAMOND CONTEXT PROFFERING HIGHER SHANK EDGING STRENGTH COMPARED TO SLIMMER 55-DEGREE D-SHAPES.
CLEARANCE ANGLE: BUILT WITH A C-TYPE 7-DEGREE POSITIVE SIDE CLEARANCE RAKE TO SIGNIFICANTLY PREVENT RUBBING AGAINST UNSTABLE WORKPIECE WALLS.
TOLERANCE FORMAT: CONFORMS TO HIGH-LEVEL ISO M-CLASS STRUCTURAL CONFIGURATIONS SECURING UNIFORM CENTERLINE HEIGHT RE-POSITIONING RUNOUT RATIOS ACROSS REPLACEMENTS.
FIXING ARCHITECTURE: HOUSES A CENTRAL G-TYPE CYLINDRICAL RETENTION CLAMP SCREW BARREL ACCOMPANIED BY AN INTEGRATED RECESSED TOP SHOULDER RAMP.
EDGE MEASUREMENT: MARKED WITH THE 09 DIMENSIONAL SYMBOL DESIGNATING A PRECISION NOMINAL INSCRIBED CIRCLE (IC) CHASSIS MEASUREMENT OF 9.525 MM.
BODY THICKNESS: NOMINATED BY THE T3 PARAMETER METRIC REGISTERING AN EXTREMELY DURABLE AND THICK CORE LAYER BLOCK PROFILE OF 3.97 MM.
NOSE RADIUS: DESIGNATED BY THE 08 GEOMETRIC CODE SPECIFYING A ROBUST 0.8 MM CORNER RADIUS TO ABSORB SUDDEN RADIAL STRESS PRESSURES.
CHIPBREAKER DESIGN: THE SPECIFIC LF DESIGNATION INDICATES A "LIGHT FINISHING" GEOMETRY DESIGNED TO ASSURE RELIABLE CHIP SEGMENTATION AT SMALL DOCS.
SHEAR PERFORMANCE: INCORPORATES AN EXTENDED POSITIVE RAKE FACE PROFILE EXECUTING CRITICAL SHARP CHIP SHEARING CYCLES UNDER LOWER SPINDLE RUNS.
ANTI-WELDING FOCUS: THE HIGHLY SLICK GEOMETRIC FLUTE DESIGN PREVENTS HOT SMEARING DUST FROM ACCUMULATING AND FORMING BUILT-UP EDGES (BUE).
HEAT DISPERSION: BROAD 0.8 MM CORNER RADIUS CHANNELS DEFLECT INTERFACIAL THERMAL STRESSES EVENLY TO SUPPRESS SUDDEN EDGE PLASTIC DEFORMATION.
TARGET METALS: OUTSTANDINGLY EFFECTIVE IN REDUCING LONG STRINGY RE-COILING CHIPS COMMON TO MILD STEELS, CARBON ALLOYS, AND STAINLESS STEEL.
MACHINING HORIZON: TAILORED EXCLUSIVELY FOR LONGITUDINAL EXTERNAL COPY TURNING, FACE SWEEP CUTS, AND INTERNAL BORE EXPANSIONS.
EDGE ECONOMY: DELIVERS TWO EFFECTIVE PRECISION-GROUND SHARP EDGES PER PIECE LOWERING PER-HOLE EXPENDITURES ACROSS MEDIUM-BATCH RUNS.
