1. TECHNICAL CODE BREAKDOWN
R590: IDENTIFIES THE HIGH-PERFORMANCE SANDVIK COROMANT COROMILL 590 TOOL SELECTION FAMILY TAILORED EXCLUSIVELY FOR LIGHT-CUTTING, HIGH-SPEED FACE MILLING OPERATIONS.
11: SPECIFIES THE INSERT SIZE SELECTION CODE MATING SYSTEM (CORRESPONDING TO A COMPATIBLE COROMILL 590 RECEPTACLE SLOT).
05: DESIGNATES THE NOMINAL COMPONENT THICKNESS SPECTRUM OF 5.00 MM.
04: INDICATES THE CLEAR CUTTING CORNER RADIUS SPECTRUM OF 0.40 MM FOR FINE CORNER CONTOURS.
H: REPRESENTS THE SPECIFIC HEAVY / HIGH-PRECISION EXTRA STABLE MANUFACTURED INSERT FLANK LAND SELECTION TOLERANCE PROFILE.
NL: DESIGNATES THE LIGHT-CUTTING CHIPBREAKER GEOMETRY (NL) FEATURING SHARP, HIGHLY POSITIVE RAKE ANGLES TO DRIFT CHIPS AWAY CLEANLY AT EXTREME VELOCITIES.
H10: THE UNCOATED ISO INTEGRATED CARBIDE GRADUATION TYPE (ISO N CLASS) DESIGNED WITH SUPREME ABRASION RESISTANCE AND SHARP RAKE LANDS TO PREVENT MATERIAL ADHESION WHEN MACHINING SOFT NON-FERROUS MATERIALS.
2. KEY ATTRIBUTES & DESIGN
ANTI-BUILT-UP EDGE (BUE) PREVENTATIVE DESIGN: THE RAZOR-SHARP, MICRO-GRAIN UNCOATED H10 SUBSTRATE COMPLETELY ELIMINATES THE TENDENCY OF STICKY ALUMINIUM PARTICLES TO COLD-WELD ONTO THE RAKE FLANK, SAFEGUARDING DIMENSIONAL ACCURACY.
HIGH-VELOCITY EFFICIENCY: ENGINEERED TO WITHSTAND THE CENTRIFUGAL FORCES AND FEED SPEEDS ASSOCIATED WITH HIGH-SPEED MACHINING (HSM) CENTRES, DELIVERING EXTRAORDINARY SURFACE QUALITY.
BALANCED CHIP DISPOSAL: THE OPTIMISED POUT GEOMETRY ROLLS AND BREAKS THE CHIP RAPIDLY, ENSURING FREE-MACHINING ACTIONS THAT RADICALLY LOWER SPINDLE POWER DRAWS.
3. INDUSTRIAL APPLICATIONS
TARGET PROCESSES: ULTRA-HIGH-SPEED FACE MILLING, FLANGE SURFACE SQUARING, SHOULDERING CONTOURS, AND PRECISION LIGHT ROUGHING.
COMMON WORKPIECES: AUTOMOTIVE TRANSMISSION HOUSINGS, ALUMINIUM ENGINE BLOCKS, AEROSPACE STRUCTURAL BULKHEADS, COMPRESSOR CASINGS, AND HIGH-END ELECTRONIC ENCLOSURES.
