Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS

Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS

Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS _ TAPER RADIUS BALL SQUARE carbide Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS _ VF3XB Work material Carbon steel, Cast iron, Alloy steel ( 30HRC) AIS11050, AISI No 35 B, AISI P20 Alloy steel, Tool steel, Pre-hardened steel AISIH13, AISI W1 -10, AISI P21 Hardened steel (45 55HRC) AISI H13 Hardened steel (55 62HRC) AISID2 R RE (nr) Tiper angle one side BHTA2 Neck lengtti li mr Revolution (miir1 Feed nte (mmMn) Depth of cut aplmm s 1 Feet nte Bihin Depth of cut ap(mr Revolution miir1 Feed nte (mmlmii) Depth of tut )p(mm Revolution (miir'l Feet nte (mmlmin De ilh of cut jpjmm 60 9800 1100 0.007 9100 910 0.006 7000 700 0.005 5600 560 0.003 70 8400 960 0.004 7800 780 0.004 6000 600 0.003 4800 480 0.002 1.5° 25 14000 2400 0.05 13000 2000 0.04 10000 1500 0.03 8000 1200 0.025 30 12600 2100 0.04 12000 1700 0.04 9000 1300 0.03 7200 1000 0.02 35 13000 1900 0.04 12000 1600 0.03 9000 1200 0.025 7200 960 0.02 40 12000 1800 0.03 11000 1400 0.025 8500 1100 0.02 6800 880 0.015 R1.25 0.9° 20 13000 2900 0.06 12000 2300 0.05 9000 1800 0.04 7200 1400 0.03 30 12000 2600 0.05 11000 2100 0.04 8500 1600 0.03 6800 1300 0.025 40 11000 2200 0.04 9800 1800 0.04 7500 1400 0.03 6000 1100 0.02 1.5° 20 13000 3000 0.06 12000 2500 0.05 9000 1900 0.04 7200 1500 0.03 30 12000 2700 0.05 11050 2200 0.04 8500 1700 0.03 6800 1400 0.025 40 11000 2400 0.04 9800 2000 0.04 7500 1500 0.03 6000 1200 0.02 R1.5 0.4° 20 12000 3700 0.13 11000 3000 0.1 8500 2300 0.09 6800 1800 0.06 30 11000 2900 0.07 10000 2300 0.06 8000 1800 0.05 6400 1400 0.03 40 11000 2400 0.06 10000 2000 0.05 8000 1500 0.04 6400 1200 0.03 50 11000 2000 0.04 9800 1600 0.04 7500 1200 0.03 6000 960 0.02 0.9° 20 12000 3800 0.13 11000 3100 0.1 8500 2400 0.09 6800 1900 0.06 30 11000 3000 0.07 10000 2500 0.06 8000 1900 0.05 6400 1500 0.03 40 11000 2600 0.06 10000 2100 0.05 8000 1600 0.04 6400 1300 0.03 50 11000 2100 0.04 9800 1700 0.04 7500 1300 0.03 6000 1000 0.02 60 9800 2000 0.03 9100 1600 0.025 7000 1200 0.02 5600 960 0.015 70 9800 1800 0.015 9100 1400 0.01 7000 1100 0.01 5600 880 0.007 1.5° 50 11000 2200 0.04 9800 1800 0.04 7500 1400 0.03 6000 1100 0.02 60 9800 2100 0.03 9100 1700 0.025 7000 1300 0.02 5600 1000 0.015 70 9800 2000 0.015 9100 1600 0.01 7000 1200 0.01 5600 960 0.007 R2 0.9° 30 10000 3200 0.3 9400 2600 0.25 7200 2000 0.2 5800 1600 0.15 40 9500 2400 0.15 8800 2000 0.12 6800 1500 0.1 5400 1200 0.07 50 9500 2100 0.1 8800 1700 0.1 6800 1300 0.08 5400 1000 0.06 60 9000 1900 0.07 8300 1600 0.06 6400 1200 0.05 5100 960 0.03 R2.5 0.9° 35 8000 3500 0.3 7400 2900 0.25 5700 2200 0.2 4600 1800 0.15 40 8000 3200 0.2 7400 2600 0.18 5700 2000 0.15 4600 1600 0.1 60 7600 2400 0.15 7000 2000 0.12 5400 1500 0.1 4300 1200 0.07 0.1RE(RE 1) <0.2RE (RE> 1) If the depth of cut is shallow, the revolution and feed rate can be increased. If the rigidity of the machine or the work materials installation is very low, or chattering and noise are generated, reduce the revolution and feed rate proportionately. 974 Mitsubishi Materials