830 Каталог MITSUBISHI 2020 Режущий инструмент Фрезы Резцы Сверла Пластины Стр.J208

Каталог MITSUBISHI 2020 Режущий инструмент для станков Стр. J208 0830 Lab2u

SOLID END MILLS MP2XLB End mill, Short cut length, 2 flute, Long neck RECOMMENDED CUTTING CONDITIONS Work Material Carbon steel,Alloy steel,Alloy Tool Steel, Pre-hardened steel, Precipitation hardeningstainless steel AIS11055, AISI P21, ASTM 630 Hardened steel (45-55HRC) Copper, Copper alloys R RE (mm) Neck length LU (mm) Revolution (min'1) Feed rate (mm/min) Depth of cut ap (mm) Revolution (min'1) Feed rate (mm/min) Depth of cut ap (mm) Revolution (min"1) Feed rate (mm/min) Depth of cut ap (mm) RO.4 2 50000 4400 0.04 50000 3500 0.04 50000 3500 0.08 3 50000 4000 0.04 50000 3200 0.04 50000 3200 0.08 4 50000 4000 0.02 50000 3200 0.02 50000 3200 0.04 5 35000 2400 0.02 35000 1900 0.02 35000 1900 0.04 6 35000 2400 0.02 35000 1900 0.02 35000 1900 0.04 7 30000 1500 0.015 30000 1200 0.015 30000 1200 0.03 8 30000 1500 0.01 30000 1200 0.01 30000 1200 0.02 10 30000 700 0.008 30000 560 0.008 30000 560 0.016 12 22000 500 0.006 22000 400 0.006 22000 400 0.012 R0.5 3 40000 4000 0.05 40000 3200 0.05 40000 3200 0.1 4 40000 4000 0.05 40000 3200 0.05 40000 3200 0.1 6 35000 3000 0.03 35000 2400 0.03 35000 2400 0.06 8 30000 2000 0.02 30000 1600 0.02 30000 1600 0.04 10 20000 1000 0.01 20000 800 0.01 20000 800 0.02 12 20000 1000 0.01 20000 800 0.01 20000 800 0.02 14 18000 600 0.008 18000 480 0.008 18000 480 0.016 16 18000 500 0.008 18000 400 0.008 18000 400 0.016 18 13000 300 0.005 13000 240 0.005 13000 240 0.01 20 13000 250 0.005 13000 200 0.005 13000 200 0.01 R0.6 6 40000 4400 0.04 40000 3500 0.04 40000 3500 0.08 8 40000 4000 0.04 40000 3200 0.04 40000 3200 0.08 10 27000 1900 0.02 27000 1500 0.02 27000 1500 0.04 12 16000 1400 0.02 16000 1100 0.02 16000 1100 0.04 18 15000 700 0.008 15000 560 0.008 15000 560 0.016 24 11000 300 0.006 11000 240 0.006 11000 240 0.012 RO.7 8 40000 4000 0.05 40000 3200 0.05 40000 2560 0.1 12 26000 2000 0.04 26000 1600 0.04 26000 1280 0.08 16 17000 1400 0.03 17000 1120 0.03 17000 896 0.06 RO.75 6 40000 6000 0.07 36000 4300 0.07 36000 4300 0.14 8 40000 6000 0.07 36000 4300 0.07 36000 4300 0.14 10 40000 5000 0.06 36000 3600 0.06 36000 3600 0.12 12 32000 3400 0.04 29000 2400 0.04 29000 2400 0.08 16 15000 1400 0.03 15000 1100 0.03 15000 1100 0.06 20 12000 900 0.02 12000 720 0.02 12000 720 0.04 22 9000 400 0.01 9000 320 0.01 9000 320 0.02 R0.8 8 40000 6000 0.08 32000 3800 0.08 32000 3800 0.16 12 36000 4500 0.06 29000 2800 0.06 29000 2800 0.12 16 14000 1400 0.04 14000 1100 0.04 14000 1100 0.08 20 12000 1000 0.03 12000 800 0.03 12000 800 0.06 R0.9 8 40000 6600 0.09 32000 4200 0.09 32000 4200 0.18 12 40000 5000 0.07 32000 3200 0.07 32000 3200 0.14 16 28000 2800 0.04 22000 1800 0.04 22000 1800 0.08 20 10000 800 0.03 10000 640 0.03 10000 640 0.06 £ LlI Q. LU O' 0£ CQ CD z I CD 3 o a. UJ Q O in Depth ofcut 50.1 RE (RE 51) 0.2RE (RE> 1) ap RE:Radius Note 1) When the inclination angle of machined surface is large, or machining with large cutting load such as corner area, reduce the revolution and feed rate. Note 2) The use of oil mist is recommended when machining with small diameter. Note 3) The revolution and feed rate can increase for the small depth of cut. Note 4) Cutting condition may be considerably different due to the overhang (milling depth), depth of cut, and machine tools. Please see the above table as a standard. Note 5) For hardened steel over 55HRC, use VF2XLB. Note 6) Standard cutting conditions of austenitic stainless steel and titanium alloy, please reduce to 60% revolution and 45% feed rate. (Hardened steel (45 55HRC) table above) : Inventory maintained in Japan. J208