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 _ VCMHDRB Slotting Work material Carbon steel, Cast iron, Alloy steel ( 30HRC) AIS11050, AISI No 35 B, AISI P20 Alloy steel, Tool steel, Pre-hardened steel AISI H13, AISI W1-10, AISI P21 Austenitic stainless steel, Titanium alloy AISI 304, AISI 316, Ti-6AI-4V Dii DC mm Fnd nte (mm/min) Revolution (ifo1 Feed nte tynmMi (min-1) Feed nte (mMn) 10 12 16 20 25 12000 9000 7200 5800 5000 3700 3000 2500 2000 1600 1300 400 600 720 720 800 800 720 720 600 540 480 7000 5300 4000 3200 2700 2000 1600 1300 1000 800 640 200 300 360 360 400 400 360 360 280 250 220 7000 5300 4000 3200 2700 2000 1600 1300 1000 800 640 100 150 180 180 200 200 180 180 150 130 120 DC 0.5DC Work material Hardened steel (45 55HRC) AISI H13 Heat resistant alloys lnconel718 Dii DCH Rudufai (min-1) Feed nte (mm/min) RmMm (mitr1) Food nto (mm/min) 2 4200 80 2300 40 3 3200 130 1900 70 4 2400 140 1400 95 5 1900 150 1100 95 6 1600 160 950 95 8 1200 170 720 90 10 960 160 570 80 12 800 160 480 70 16 600 130 360 50 20 480 120 290 40 25 380 100 230 35 DC 1 T0.2DC When cutting austenitic stainless steel, the use of water-soluble cutting fluid is effective. 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. 1066 Mitsubishi Materials