IT MOUNTS MECHANICALLY INTO RIGID INDEXABLE TOOL HOLDERS ENGAGED IN TOUGH O.D. TURNING AND INTERNAL BORING PASSES.
THE ALPHANUMERIC NOMENCLATURE CONFORMS ENTIRELY WITH STANDARDIZED METRIC CHARTS ESTABLISHED BY ISO REGULATORS.
THE INITIAL LETTER T DESIGNATES A CLASSIC TRIANGULAR GEOMETRIC DESIGN BOASTING A SIXTY-DEGREE CORNER ANGLE INCLUSION.
THE LETTER N SPECIFIES A ZERO-DEGREE NEUTRAL CLEARANCE PROFILE REQUIRING A HOLDER WITH A NEGATIVE INCLINATION ANGLE.
THE LETTER M DEFINES INDUSTRIAL-GRADE MANUFACTURING TOLERANCE RATINGS ASSURING UNIFORM PART DATA REPEATABILITY.
THE LETTER G REPRESENTS A DOUBLE-SIDED CHIPBREAKER FACE WITH A FORMED COUNTERSUNK HOLE FOR PIN OR CLAMP LOCKING.
THE METRIC DIGIT 16 REPRESENTS A SIXTEEN-MILLIMETRE TRIANGLE EDGE LENGTH MEASURING ACCURATELY ALONG THE CUTTING FLUTE.
THE DIGIT 04 INDICATES A NOMINAL FOUR-POINT-SEVENTY-SIX MILLIMETRE THICKNESS BUILT TO ABSORB SEVERE DEFLECTION FORCES.
THE TERMINAL 04 REGISTERS A FINE ZERO-POINT-FOUR-MILLIMETRE NOSE RADIUS BUILT FOR SEMI-FINISHING OR FINISHING APPLICATIONS.
THIS SHARPER NOSE GEOMETRY SUBSTANTIALLY LOWERS RADIAL CUTTING FORCES COMPARED TO TRADITIONAL ZERO-POINT-EIGHT CONFIGURATIONS.
THE METALLURGICAL GRADING CODENAMED PR17010 LEVERAGES NEXT-GENERATION ADVANCED HIGH-HARDNESS THIN-FILM COATING GEOMETRIES.
THE TOUGH INTEGRATED SURFACE LAYER SUPPRESSES CRATER WEAR CHARACTERISTICS ENCOUNTERED DURING STABLE WORKPIECE ENGAGEMENTS.
IT IS TUNED SPECIFICALLY TO PRODUCE SUPERIOR CHIP MANAGEMENT PATTERNS ON STRUCTURAL CARBONS, DIE STEELS, AND CAST IRONS.
MACHINISTS INDEX THE CONSUMABLE THROUGH SIX TOTAL DISTINCT EDGES MINIMIZING SHOP INVENTORY AND DOWN TIME COSTS.
