Future Mill Korloy series for mold making FMR P-positive Stable clamping system enables stable machining and productivity Varied product line-up ensures wi

Future Mill Korloy series for mold making FMR P-positive Stable clamping system enables stable machining and productivity Varied product line-up ensures wi

Future Mill Korloy series for mold making FMR P-positive Stable clamping system enables stable machining and productivity. Varied product line-up ensures wide application range. Optimal shape and grade with high hardness for hard-to-cut material machining. Features P-positive relief angle (11°) ensures high rigidity and high machinability in die steel and high-resistant alloy machining. Flat clearance face of insert prevents interference and revolution while machining. Optimal grades and chip breakers for various workpieces Chip breaker - Concave shape ensures wide chip pocket and lowers cutting temperature. Clearance face for preventing rotation - Prevents rotation in machining. - Divides corners. - Prevents interference in high-feed machining. - Ensures stable clamping. Usage and features of chip breakers Through-coolant system - Superb chip evacuation - Low cutting heat ensures long tool life. Sockets are compatible with mount bolts in clamping of the cutter greater than 080. - More internal machining the internal diameter of cutter reduces weight. - Compatible clamping and light cutter facilitate machining. Chip breaker Cutting edge Applications Features MA Aluminum machining Optimal cutting edge for aluminum machining and buffed surface ensure high machinability. ML 0 Titanium machining Excellent results in titanium machining thanks to a high hardness cutting edge and the chip breaker reducing the cutting load. MF Fine finishing Chip breaker for low cutting resistance enables fine finishing. MM General machining Optimal forgeneral machining None C/B Super hard material machining Optimal for high handness die steel and heat resistant alloy Recommended cutting condition Recommendedchipbreaker: First oSecond Cutting conditions Chip breaker Workpiece Hardness Grade vc(m/min) fz(mm/t) ap(mm) ae(mm) MA ML MF MM None C/B 1 2 Low carbon steel HB80-180 PC5400 100-250 0.12-0.70 0.3-6.0 0.7D-0.1D O High carbon steel HB180-280 PC5400 100-220 0.12-0.70 0.3-6.0 0.7D-0.1D o Under HrC27 PC3600 180-290 0.20-0.60 0.3-6.0 0.7D-0.1D - O - Low alloy steel PC5400 / PC5300 100-200 0.20-0.60 0.3-6.0 0.7D-0.1D - o - P HrC20 50 PC3600 130-250 0.30-0.50 -0.5 0.7D-0.1D - ”0” Low pre-hardened steel PC5300 50-150 0.30-0.50 -0.5 0.7D-0.1D - O u:.u .11 Under HrC27 PC3600 130-250 0.30-0.50 -0.5 0.7D-0.1D - o - High alloy steel PC5300 100-220 0.30-0.50 -0.5 0.7D-0.1D - o - High pre-hardened steel HrC20 48 PC5300 50-150 0.30-0.50 -0.5 0.7D-0.1D - O M Stainless steel Under HB270 PC5300 / PC5400 100-150 0.20-0.60 0.3-6.0 0.7D-0.1D O K Gray cast iron, Ductile cast iron Under350MPa PC5300 120-210 0.20-0.60 0.3-6.0 0.7D-0.1D O N Aluminum H01 300-800 0.30-0.60 0.3-6.0 0.7D-0.1D - Heat resistant Fe HrC30 40 PC5300 / PC5400 35-60 0.30-0.50 -0.5 0.7D-0.1D - o - S alloy Ni or Co HrC40 45 PC5300 / PC5400 30-50 0.30-0.50 -0.5 0.7D-0.1D - o - Titanium HrC35 45 PC5300 / PC5400 40-70 0.30-0.50 -1.5 0.7D-0.1D - o - H High hardened materials Over HrC50 PC5300 / PC5400 30-50 0.30-0.50 -0.5 0.7D-0.1D O Milling 170 E Technical Information for FMR P-positive