APMT 1604 LF 76018 IS A HIGH-PERFORMANCE MULTI-MATERIAL INDEXABLE CARBIDE INSERT FOR CNC VMC METALWORKING.
IT ACTS AS A REPLACEABLE CUTTING TOOTH THAT POCKET-LOCKS SECURELY INTO POPULAR BAP400R FACE MILL CUTTER BODIES.
THE ENTIRE CODE CONFORMS TO INTERNATIONALLY STANDARDIZED METRIC TOOLING CLASSIFICATIONS SPEARHEADED BY ISO.
THE INITIAL LETTER A SPECIFIES AN EIGHTY-FIVE-DEGREE PARALLELOGRAM SHAPE BUILT FOR SQUARE SHOULDER PROFILING.
THE LETTER P DESIGNATES AN ELEVEN-DEGREE RELIEF ANGLE TO DRASTICALLY REDUCE TOOL RUBBING AGAINST WORKPIECES.
THE LETTER M DEFINES A MID-RANGE MANUFACTURING TOLERANCE BRACKET CAPABLE OF RIGID PRODUCTION ACCURACY.
THE LETTER T REPRESENTS A SINGLE-SIDED CHIPBREAKER FACE WITH A FORMED COUNTERSUNK HOLE FOR CLAMP SCREWS.
THE DIMENSION 16 SPECIFIES AN APPROXIMATE SIXTEEN-MILLIMETRE INDIVIDUAL CUTTING EDGE LENGTH TO MAKE DEEP PASSES.
THE DIMENSION 04 DESIGNATES AN EXACT FOUR-MILLIMETRE NOMINAL MATERIAL THICKNESS TO PREVENT STRUCTURAL CRACKING.
THE LF CHIPBREAKER EXTENSION INDICATES A LIGHT-TO-MEDIUM GEOMETRY CREATING REDUCED RADIAL CUTTING FORCES.
THE NUMERIC GRADE DESIGNATION 76018 IDENTIFIES A PROPRIETARY SUBSTRATE APPLIED BY LAMINA TECHNOLOGIES.
THIS PVD-COATED SYSTEM INTEGRATES PIONEERING LAYERS ENGINEERED TO WITHSTAND SHOCK AND FRICTION HEAT.
THE GRADE SYSTEM ALLOWS THE TOOL TO TRANSITION FROM STAINLESS STEEL MACHINING TO TOUGH SUPERALLOYS.
IT DELIVERS EXCEPTIONAL CHIP EVACUATION PATTERNS TO SUBSTANTIALLY ENHANCE FINAL PART SURFACE FINISHES.
INDEXING THIS RUGGED INDUSTRIAL EDGE EMPOWERS OPERATORS TO ROTATE FRESH BLADES WITHOUT RE-SETTING SYSTEM DATUMS.
