1169 Каталог KYOCERA 2019 Режущий инструмент для металлообработки на станках Стр.M199

Каталог KYOCERA 2019 Режущий инструмент по металлу Стр. M199 1169 Lab2u

RAD-6 (MRX) Helical Milling Conditions Sinking depth (h) when helical milling should be under Max D.O.C. in table below. Sinking angle a (with trajectory of the center line of tool) should be under RMPX (maximum ramping angle) in cutting conditions on page M198. Feed rate should be under 70% of cutting conditions on page ( M196. Climb milling is recommended. Formula for Sinking Depth (h) h = n x 0Ds x RMPX (h should be under D.O.C.) (a should be under RMPX) 0Ds (Trajectory diameter of cutter's center line) 0Ds=0Dh-DC Inch Metric Inch Tool Spec. Tool Insert Dia. Max D.O.C. Min. Cutting Dia. 0Dh1 Min. Cutting Dia. for flat bottom facing 0Dh2 Max. Cutting Dia. 0Dh3 Metric Tool Spec. Tool Insert Dia. Max D.O.C. Min. Cutting Dia. 0Dh1 Min. Cutting Dia. for flat bottom facing 0Dh2 Max. Cutting Dia. 0Dh3 0.625 0.157 0.787 0.935 1.171 16 4 20 24 30 RD..08 0.750 0.157 0.984 1.185 1.421 RD..08 20 4 26 32 38 1.000 0.157 1.457 1.685 1.921 25 4 36 42 48 0.750 0.197 0.945 1.106 1.421 20 5 26 30 38 1.000 0.197 1.299 1.606 1.921 25 5 33 40 48 RP..10 1.250 0.197 1.811 2.106 2.421 RP..10 32 5 47 54 62 1.500 0.197 2.323 2.606 2.921 40 5 63 70 78 2.000 0.197 3.307 3.606 3.921 50 5 83 90 98 2.500 0.197 4.331 4.606 4.921 63 5 109 116 124 1.250 0.236 1.654 2.028 2.421 32 6 43 52 62 1.500 0.236 2.165 2.528 2.921 40 6 59 68 78 RP..12 2.000 0.236 3.150 3.528 3.921 RP..12 50 6 79 88 98 2.500 0.236 4.173 4.528 4.921 63 6 105 114 124 3.000 0.236 5.157 5.528 5.921 80 6 139 148 158 4.000 0.236 7.165 7.528 7.921 100 6 179 188 198 1.500 0.315 1.890 2.370 2.921 40 8 51 64 78 2.000 0.315 2.874 3.370 3.921 50 8 71 84 98 RP..16 2.500 0.315 3.858 4.370 4.921 RP..16 63 8 97 110 124 3.000 0.315 4.882 5.370 5.921 80 8 131 144 158 4.000 0.315 6.890 7.370 7.921 100 8 171 184 198 5.000 0.315 8.740 9.244 9.795 125 8 221 234 248 Above value is based on the clearance of 0.039" between the tool and the workpiece. Case Studies 304 Stainless Steel Nozzle Parts Vc = 370 sfm fz = 0.006 ipt D.O.C. x ae 0.039" x 2.559" Dry MRX100R-12-9T-M (9 Flutes) RPGT1204M0ER-SM (PR1535) PR1535 Conventional 1.378” 4.5 Times Longer Tool Life 450 pcs / Edge 100 pcs / Edge Cost savings with 4.5 times longer tool life with 1.5 times more insert edges. MRX prevented burr formation and improved surface finish. (User Evaluation) H13 Tool Steel (47-49HRC) Mold Parts Vc = 410 sfm fz = 0.010 ipt D.O.C. x ae 0.039-0.079" x 0.394" Dry MRX20-S20-08-2T (2 Flutes) RDGT0803M0ER-GM (PR1525) PR1525 When Cutting Dia. 0Dh2S0DhS0Dh3 001 /Center core part remains after machining. (Removable by traversing with the same cutter) Refer to table on the left for 0Dh1 0Dh3. Helical Milling Factors Conventional Slant Face 3.150” 14.961 9.055” More than Double Tool Life 2 pcs with Stable Machining 1pc with Unstable Tool Life Conventional tool only machined 1 workpiece due to unstable tool life, but the MRX doubled the tool life with stable machining. (User Evaluation) Requirements for Removing Core When Cutting Dia. 0Dh1 £0Dh 0Dh2 £Ol -.J 'Center core part remains after machining. (Not removable with the same cutter) 30 TJ S8 O cz I- ZD O m o cz -H o > H K N Visit us online at Kyocera M199