Концевые фрезы Mitsubishi по металлу со сменными режущими твердосплавными головками CARBIDE INDEXABLE HEAD END MILLS

Концевые фрезы Mitsubishi по металлу со сменными режущими твердосплавными головками CARBIDE INDEXABLE HEAD END MILLS

Концевые фрезы Mitsubishi по металлу со сменными режущими твердосплавными головками CARBIDE INDEXABLE HEAD END MILLS _ iMXS4HV Work material Precipitation hardening stainless steel, Cobalt chromium alloy AISI 630, AISI 631 Heat resistant alloys lnconel718 Dia. Cutting speed Revolution Feed per Toath Tile Feed Depth of ait Cutting qieed Revgkitkn Feed per Tooth TdteFeed Depth of at DCfam mknh (mir'l (mm/tootti) (mmlmin (mm mimin) (mir1 fytiM ImmMn (mm 10 60 1900 0.025 190 5 30 950 0.02 76 2 12 60 1600 0.035 220 6 30 800 0.03 96 2.4 16 60 1200 0.05 240 8 30 600 0.05 120 3.2 20 60 950 0.05 190 10 30 480 0.05 96 4 25 60 760 0.05 150 12 30 380 0.05 76 5 For stainless steel, titanium alloy and heat resistant alloy, the use of water-soluble coolant is effective. If the depth of cut is shallow, the revolution and feed rate can be increased. The irregular helix flute end mill has a large effect on controlling vibration when compared to standard end mills. However, if the rigidity of the machine or the workpiece installation is poor, vibration or abnormal sound can occur. In this case, please reduce the revolution and feed rate proportionately, or set a lower depth of cut. Side milling (Offset type) Carbon steel, Alloy steel, Mild Steel, Pre-hardened steel. Carbon steel, Alloy Austenitic stainless steel, Copper, Copper alloys steel, Alloy tool steel Ferritic and Martensitic stainless steel, AIS11045, AISI 4140, ASTM A36, AIS11010 AISI P21, AISI P20, AISI 4340, SKD, SKT Titanium alloys Work material A SI 304 aisi 316, AISI 304LN, AISI 316LN, AISI 410, AISI 430, AISI 431, AISI 420J2, Ti-6AI-4V lh Oil DC mm Cuttiig speed minin Revolution milt4 Feed per Toolh mmM Table Feed imMn) Deiidcut ("I Hof cut leQnm Cutting speed (mirniil Revdution miir1 Feed per Toolh mmM Table Feed mm/min Depth of cut nm Width of cut ae(mm Cutting speed minin Revolutian miir’l Feed per Tooth (nmM TaUeFeed (mmlmin Depth of cut (mm Hof cut aeQnm 3 12 150 4000 0.09 1400 12 1.2 120 3200 0.06 770 12 1.2 100 2700 0.075 810 12 1.2 14 150 3400 0.09 1200 14 1.4 120 2700 0.065 700 14 1.4 100 2300 0.08 740 14 1.4 18 150 2700 0.1 1100 18 1.8 120 2100 0.075 630 18 1.8 100 1800 0.09 650 18 1.8 22 150 2200 0.1 880 22 2.2 120 1700 0.075 510 22 2.2 100 1400 0.09 500 22 2.2 28 150 1700 0.12 820 28 2.8 120 1400 0.075 420 28 2.8 100 1100 0.09 400 28 2.8 30 150 1600 0.12 770 30 3 120 1300 0.075 390 30 3 100 1100 0.09 400 30 3 32 150 1500 0.12 720 32 3.2 120 1200 0.075 360 32 3.2 100 990 0.09 360 32 3.2 5 12 90 2400 0.07 670 12 0.5 70 1900 0.05 380 12 0.5 60 1600 0.06 380 12 0.5 14 90 2000 0.07 560 14 0.6 70 1600 0.05 320 14 0.6 60 1400 0.06 340 14 0.6 18 90 1600 0.08 510 18 0.7 70 1200 0.06 290 18 0.7 60 1100 0.07 310 18 0.7 22 90 1300 0.08 420 22 0.9 70 1000 0.06 240 22 0.9 60 870 0.07 240 22 0.9 28 90 1000 0.1 400 28 1.1 70 800 0.06 190 28 1.1 60 680 0.07 190 28 1.1 30 90 950 0.1 380 30 1.2 70 740 0.06 180 30 1.2 60 640 0.07 180 30 1.2 32 90 900 0.1 360 32 1.3 70 700 0.06 170 32 1.3 60 600 0.07 170 32 1.3 7 12 60 1600 0.06 380 12 0.2 50 1300 0.04 210 12 0.2 32 850 0.05 170 12 0.2 14 60 1400 0.06 340 14 0.3 50 1100 0.05 220 14 0.3 32 730 0.06 180 14 0.3 18 60 1100 0.07 310 18 0.4 50 880 0.05 180 18 0.4 32 570 0.06 140 18 0.4 22 60 870 0.07 240 22 0.4 50 720 0.05 140 22 0.4 32 460 0.06 110 22 0.4 28 60 680 0.08 220 28 0.6 50 570 0.05 110 28 0.6 32 360 0.06 86 28 0.6 30 60 640 0.08 200 30 0.6 50 530 0.05 110 30 0.6 32 340 0.06 82 30 0.6 32 60 600 0.08 190 32 0.6 50 500 0.05 100 32 0.6 32 320 0.06 77 32 0.6 ae Mitsubishi Materials 1227 TAPER RADIUS BALL SQUARE carbide