Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING

Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING

Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING _ VFX5 Рекомендуемые режимы резания при обработке на станке RECOMMENDED CUTTING CONDITIONS VFX5 (mm) Обрабатываемые материалы Work Material Cutting Edge Diameter Number of Flutes Recommended Insert Cutting Speed vc (m/min) Revolution n (min'1) Depth of Cut apmax (mm) Cutting Width ae (mm) Feed per Tooth fz (mm/t.) Table Feed vf (mm/min) Chip Removal Rate Q (cm3/min) Estimated cutting power (kW) Expected Torque (Nm) Tool life ratio (%) S Titanium Alloy (T1-AI-4V) 040 3 LS 40 318 38 40 0.10 95 145 6.5 194 40 3 MS 50 398 38 24 0.10 119 109 4.5 109 60 3 MS 60 477 38 16 0.10 143 87 3.5 69 80 3 HS 60 477 38 8 0.12 172 52 2.3 45 100 050 3 LS 40 255 38 50 0.10 76 145 6.5 242 40 4 MS 50 318 50 30 0.10 127 191 7.9 237 60 4 MS 60 382 50 20 0.10 153 153 6.0 151 80 4 HS 60 382 50 10 0.12 183 92 3.9 98 100 063 5 LS 40 202 60 63 0.10 101 382 16.8 793 40 5 MS 50 253 60 38 0.10 126 286 11.8 447 60 5 MS 60 303 60 25 0.10 152 229 9.0 285 80 5 HS 60 303 60 13 0.12 182 138 5.9 185 100 080 6 LS 40 159 75 80 0.10 95 573 25.0 1500 40 6 MS 50 199 75 48 0.10 119 430 17.6 846 60 6 MS 60 239 75 32 0.10 143 344 13.5 539 80 6 HS 60 239 75 16 0.12 172 206 8.7 350 100 Titanium Alloy (Ti-5553) 040 3 LS 25 199 38 40 0.08 48 73 3.4 161 30 3 MS 25 199 38 24 0.08 48 44 1.9 92 50 3 MS 30 239 38 16 0.10 72 44 1.8 74 70 3 HS 30 239 38 8 0.10 72 22 1.0 41 90 050 4 LS 25 159 50 50 0.08 51 127 5.8 350 30 4 MS 25 159 50 30 0.08 51 76 3.4 201 50 4 MS 30 191 50 20 0.10 76 76 3.2 160 70 4 HS 30 191 50 10 0.10 76 38 1.8 89 90 063 5 LS 25 126 60 63 0.08 51 191 8.7 658 30 5 MS 25 126 60 38 0.08 51 115 5.0 378 50 5 MS 30 152 60 25 0.10 76 115 4.8 301 70 5 HS 30 152 60 13 0.10 76 57 2.6 167 90 080 6 LS 25 99 75 80 0.08 48 286 13.0 1246 30 6 MS 25 99 75 48 0.08 48 172 7.5 716 50 6 MS 30 119 75 32 0.10 72 172 7.1 570 70 6 HS 30 119 75 16 0.10 72 86 3.9 316 90 1 Please note that machining performance varies depending to the conditions such as machine rigidity, work clamping rigidity, coolant supply system, pressure and flow volume etc. 2 Internal coolant is recommended. Please use an FMH type arbor for through coolant. Using external coolant in combination with through coolant is even more effective. 3 The tool life ratio shows the standard when ae = tool diameter x 20% is assumed to be 100 when shoulder cutting. 4 The maximum depth of cut (apmax) varies according to the machine rigidity and power. Mitsubishi Materials 1541 INDEXABLE MILLING