Innovative double sided milling insert Korloy makes it possible to use 8 cutting edges It is more economical than conventional single sided insert The uniq

Innovative double sided milling insert Korloy makes it possible to use 8 cutting edges It is more economical than conventional single sided insert The uniq

Innovative double sided milling insert Korloy makes it possible to use 8 cutting edges It is more economical than conventional single sided insert The unique geometry and high rake angle of cutting edge guarantees excellent surface finish. Applicable for various workpieces like steel, stainless steel, cast iron, aluminum Combined with the innovative geometry and various grades provided the tool offfers durability and excellent tool life Various pitches and chip breakers can be applicable for diverse machining. Light Rich mill cutter can be useful for high speed machining and low power machine Exclusive coolant bolt is adapted to get better chip evacuation and more powerful cooling. To get optimal chip evacuation, the direction of coolant injection has been designed to reach to each cutting edge directly. Through coolant arbor is required. 2 4 Through coolant system for decreasing cutting heat and good chip evacuation Insert Cutting edge Features Insert Cutting edge Features For aluminum MA r- Due to sharp cutting edge and buffed surface, it has good chip flow and welding resistance General cutting MM It is suitable design for general milling Hard-to-cut material ML 0 Chip breaker with low cutting load is optimal for machining hard-to-cut materials. Wiper W 6 Specialized edge design can be suitable for excellent surface roughness operation Light cutting MF Due to low cutting load, it is good for light cutting and difficult-to-cut material 1 Features of insert Features of cutter Insert Cutting edge View-A View-B Chip breaker Features High rake chip breaker & positive setting angle for low cutting load Designed wiper technology in minor cutting edge for improved surface roughness Low cutting load due to the positive setting and high rake angle chip breaker Shape Cutting edge Features ,0° u=H High rake angle makes positive setting angle for low cutting load 7 V Suitable for facing and chamfering RM8A A=45° RM8E A=75° RM8Q A=88° Recommended cutting condition (mm) ISO Grade SNM(E)X1206A(E)NN-MF SNM(E)X1206A(E)NN-MM SNEX1206A(E)NN-MA Max-ap SNM(E)X1507A(E)NN-MF SNM(E)X1507A(E)NN-MM Max-ap vc(m/min) fz (mm/t) vc(m/min) fz (mm/t) vc(m/min) fz (mm/t) vc(m/min) fz (mm/t) vc(m/min) fz (mm/t) ll NC5330 150 300 0.10 0.35 150 300 0.10 0.35 RM8A 6.0mm RM8E 9.0mm RM8Q 11.5mm 150 300 0.10 0.35 RM8A 7.5mm RM8E 11mm NCM325 200 300 0.05 0.30 150 300 0.10 0.35 150 300 0.10 0.35 200 300 0.05 0.30 150 300 0.10 0.35 PC3500 200 300 0.05 0.30 150 300 0.10 0.35 150 300 0.10 0.35 200 300 0.05 0.30 150 300 0.10 0.35 M PC9530 90 150 0.05 0.25 90 150 0.10 0.35 90 150 0.10 0.30 90 150 0.10 0.35 PC5300 90 150 0.05 0.25 90 150 0.10 0.35 90 150 0.10 0.30 90 150 0.10 0.35 K PC6510 150 300 0.08 0.35 150 300 0.10 0.40 150 300 0.10 0.40 150 300 0.08 0.35 150 300 0.10 0.40 PC5300 150 300 0.08 0.35 150 300 0.10 0.40 150 300 0.10 0.40 150 300 0.08 0.35 150 300 0.10 0.40 Milling 61 Technical Information for Rich Mill Rich Mill RM8 Double sided insert to use 8 cutting edges Through coolant system Chip breaker