EBP

MachiningCutting speedTable feed:Vf (mm/min)
ISOWorkpiece materialGradetypeVc (m/min)Tool dia. ø20Tool dia. ø25Tool dia. ø30
Carbon steelsAH120(1)200 (170 ~ 230)760 (610 ~ 910)610 (460 ~ 760)510 (360 ~ 660)
S55C, etc. C55, etc.AH120(2)230 (200 ~ 260)1100 (900 ~ 1300)880 (680 ~ 1080)730 (530 ~ 930)
< 300 HBAH120(3)180 (150 ~ 200)570 (420 ~ 350)460 (310 ~ 610)380 (230 ~ 530)
Alloy steelsAH120(1)180 (150 ~ 210)680 (530 ~ 830)550 (400 ~ 700)450 (300 ~ 600)
SCM440, etc. 42CrMo4, etc.AH120(2)210 (180 ~ 240)1000 (800 ~ 1200)800 (600 ~ 400)670 (470 ~ 870)
< 300 HBAH120(3)160 (130 ~ 180)510 (360 ~ 660)400 (250 ~ 550)340 (190 ~ 490)
Die steelsAH330(1)150 (120 ~ 180)570 (420 ~ 720)460 (310 ~ 610)380 (230 ~ 530)
SKD11, etc. X96CrMoV12, etc.AH330(2)180 (150 ~ 210)860 (660 ~ 1060)690 (490 ~ 890)570 (370 ~ 770)
< 300 HBAH330(3)130 (100 ~ 150)410 (260 ~ 560)330 (180 ~ 480)280 (130 ~ 430)
Cast ironsAH120(1)200 (170 ~ 230)950 (800 ~ 1100)760 (610 ~ 910)640 (490 ~ 790)
FC250, etc.AH120(2)230 (200 ~ 260)1200 (900 ~ 1400)1000 (700 ~ 1200)830 (530 ~ 1030)
250, etc.AH120(3)180 (150 ~ 200)570 (420 ~ 720)460 (310 ~ 610)380 (230 ~ 530)
Hardened steelsAH120(1)80 (60 ~ 100)250 (150 ~ 350)200 (100 ~ 300)160 (100 ~ 260)
Prehardened steelsAH120(2)100 (70 ~ 130)310 (160 ~ 460)250 (100 ~ 400)210 (100 ~ 360)
< 45 HRCAH120(3)60 (40 ~ 80)190 (140 ~ 240)150 (100 ~ 200)130 (80 ~ 180)

Notes:

  • Cutting speeds shown in the left table are of the most outer diameter of the tool.
  • When the depth of cut is the upper limit shown in the above fi gures, set the cutting conditions to the lowest values shown left.
  • When using long edge types (MSE), set the cutting speed and feed to 60 to 80 % of values shown in the table.
  • When using long shank types (LSE), set the cutting speed and feed to 20 to 50 % of values shown in the table, bearing in mind the overhang length.

EBD

ISOWorkiece materialGradeMachiningCutting speedTable feed:Vf (mm/min)
ptypeVc (m/min)Tool dia. ø40Tool dia. ø50
Carbon steelsAH120(1)180 (150 ~ 210)490 (400 ~ 570)390 (330 ~ 460)
S55C, etc. C55, etc.AH120(2)200 (170 ~ 230)480 (410 ~ 550)380 (330 ~ 440)
< 300 HBAH120(3)160 (130 ~ 190)260 (210 ~ 300)200 (160 ~ 240)
Alloy steelsAH120(1)160 (130 ~ 190)430 (350 ~ 510)350 (280 ~ 410)
SCM440, etc. 42CrMo4, etc.AH120(2)180 (150 ~ 210)430 (360 ~ 500)340 (290 ~ 400)
< 300 HBAH120(3)140 (110 ~ 170)220 (180 ~ 270)180 (140 ~ 220)
Die steelsAH120(1)140 (110 ~ 170)380 (300 ~ 460)300 (240 ~ 370)
SKD11, etc. X96CrMoV12, etc.AH120(2)160 (130 ~ 190)380 (310 ~ 460)310 (250 ~ 360)
< 300 HBAH120(3)120 (90 ~ 150)190 (140 ~ 240)150 (120 ~ 190)
Cast ironsAH120(1)200 (170 ~ 230)640 (510 ~ 680)510 (410 ~ 540)
FC250, etc.AH120(2)220 (190 ~ 250)600 (510 ~ 680)480 (410 ~ 540)
250, etc.AH120(3)180 (150 ~ 210)340 (290 ~ 400)280 (230 ~ 320)
Hardened steelsAH120(1)90 (70 ~ 110)210 (160 ~ 260)170 (130 ~ 210)
Prehardened steels < 45 HRCAH120(2)100 (80 ~ 120)200 (160 ~ 250)160 (130 ~ 200)
AH120(3)60 (50 ~ 90)100 (80 ~ 140)80 (60 ~ 120)

Notes:

  • Cutting speeds shown in the left table are of the most outer diameter of the tool.
  • The values of the cutting speeds and feeds shown in the table are of under general cutting conditions. The values should be modifi ed depending on the power and rigidity of the machine to be used, and work holding conditions.
  • When using the long shank type, the depth of cut, pick feed, cutting speed, and table feed should be reduced to 70 %-90 % of the values shown in the tables. Machining types

(1) Grooving (2) Shouldering at (3) Shouldering at

shallow depth of cut deep depth of cut