913 Каталог MITSUBISHI 2020 Режущий инструмент Фрезы Резцы Сверла Пластины Стр.J291

Каталог MITSUBISHI 2020 Режущий инструмент для станков Стр. J291 0913 Lab2u

CARBIDE RECOMMENDED CUTTING CONDITIONS Work Material Carbon steel, Alloy steel (180 280HB) Pre-hardened steel, Alloy Tool Steel, Precipitation hardeningstainless steel (<450HB) Hardened steel (45 52HRC) AIS11045, AISI 4140, AISI P21, AISI P20, SkD, SKT, AISI 431, AISI 420 AISI H13, AISI L6 Dia. DC (mm) Neck length LU (mm) Revolution (min'1) Feed rate (mm/min) Depth of cut ap (mm) Depth of cut ae (mm) Revolution (min'1) Feed rate (mm/min) Depth of cut ap (mm) Depth of cut ae (mm) 0.2 0.5 30000 180 0.003 0.04 30000 150 0.003 0.04 1 30000 120 0.003 0.04 30000 100 0.003 0.04 0.3 1 30000 210 0.003 0.08 30000 180 0.003 0.08 2 30000 120 0.003 0.08 30000 100 0.003 0.08 2 31000 970 0.005 0.10 31000 810 0.005 0.10 0.4 3 31000 790 0.004 0.10 31000 660 0.004 0.10 4 31000 540 0.003 0.10 31000 450 0.003 0.10 2 31000 1500 0.006 0.12 31000 1300 0.006 0.12 0.5 3 31000 1300 0.005 0.12 31000 1100 0.005 0.12 4 31000 970 0.004 0.12 31000 810 0.004 0.12 5 25000 790 0.004 0.12 25000 660 0.004 0.12 2 31000 2100 0.020 0.13 31000 1800 0.020 0.13 0.6 4 25000 1300 0.015 0.13 25000 1100 0.015 0.13 6 20000 790 0.008 0.13 20000 660 0.008 0.13 0.8 4 25000 3200 0.025 0.20 25000 2700 0.025 0.20 6 20000 2100 0.020 0.20 20000 1800 0.020 0.20 3 24000 2400 0.045 0.30 20000 2000 0.045 0.30 4 24000 1900 0.040 0.30 20000 1600 0.040 0.30 5 24000 1800 0.035 0.25 20000 1500 0.035 0.25 1 6 20000 1400 0.030 0.25 17000 1200 0.030 0.25 8 20000 1000 0.020 0.20 17000 880 0.020 0.20 10 15000 800 0.015 0.10 13000 670 0.015 0.10 12 15000 370 0.010 0.01 13000 310 0.010 0.01 1.2 10 18000 1500 0.030 0.25 15000 1300 0.030 0.25 6 20000 2400 0.050 0.40 17000 2000 0.050 0.40 1.5 12 15000 1400 0.040 0.30 13000 1200 0.040 0.30 18 12000 670 0.010 0.15 10000 560 0.010 0.15 8 15000 2600 0.050 0.50 13000 2200 0.050 0.50 12 15000 2100 0.045 0.50 13000 1800 0.045 0.50 2 16 14000 1900 0.040 0.35 12000 1600 0.040 0.35 20 14000 1100 0.015 0.25 12000 960 0.015 0.25 24 9300 930 0.010 0.20 7800 780 0.010 0.20 8 12000 3300 0.100 0.80 10000 2800 0.100 0.80 12 12000 3100 0.080 0.80 10000 2600 0.080 0.80 3 18 11000 3100 0.070 0.70 9600 2600 0.070 0.70 24 11000 2600 0.060 0.50 9300 2200 0.060 0.50 30 9000 1300 0.030 0.40 7500 1100 0.030 0.40 36 6200 910 0.010 0.30 5200 760 0.010 0.30 16 9000 3200 0.100 1.00 7500 2700 0.100 1.00 4 24 7900 2500 0.085 0.80 6600 2100 0.085 0.80 32 6900 1600 0.040 0.70 5800 1400 0.040 0.70 48 4800 740 0.010 0.35 4000 620 0.010 0.35 6 24 5500 2700 0.120 1.50 4600 2263 0.120 1.50 48 3800 1200 0.050 1 20 3200 1000 0.050 1.20 o in Depth of cut S).2RE (DC 62) 0.4RE (DC > 02) 0.1 mm (DC 01.5) S).2mm (DC 04) 0.5mm (DC 06) DC: Dia. Note 1) The cutting conditions above are a guide only to machining with cutting edges with a corner radius. When machining with peripheral cutting edges, use the minimum feed rate as a guide. Note 2) If the depth of cut is shallow, the revolution and feed rate can be increased. Note 3) For profile machining such as moulds, machining conditions may differ considerably depending on the workpiece geometry, machining methods and depth of cut. Reduce the feed rate especially when machining the corner sections of a workpiece. Note 4) 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. J291 ROUGHING BARREL TAPER rlilrillfcM BALL SQUARE