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MSTC SLOT MILL (LAY-DOWN / HALF SIDE)
Recommended Cutting Conditions (CA0835 / PR0725 / PR0110)
Recommended Insert Grade (Vc: sfm) fz (ipt)
Workpiece Hardness CVD PVD Chipbreaker Notes
Material (HB) Coated Carbide Coated Carbide
CA0835 PR0725 PR0110 EN-SD ER-SB SN-SB FN-SE
ER-SD EL-SB SR-SB FR-SE
Low Carbon Steel 1010~1025 20 820~1020 560~690 - EL-SD 0.004~0.009 SL-SB FL-SE
Carbon Steel 1030~1059, 1060 29 520~620 330~460 - 0.003~0.008 0.006~0.012
Alloy Steel 37 460~590 300~390 - -
Annealed 28 460~590 300~390 -
1030~1059, 1060 41 390~520 260~360 - 0.003~0.008 0.004~0.009 0.006~0.012 -
41 360~430 230~300 -
Heat Treated 33 520~660 360~460 - 0.003~0.008 0.004~0.009 0.006~0.012 -
Annealed 45 490~590 330~390 -
37.7 50~100 - Dry
Heat Treated 40 - 70~160 -
38 - 360~430 - 0.003~0.008 0.004~0.009 0.006~0.012 -
25 520~660 260~330 -
37 430~520 230~300 - 0.002~0.007 0.003~0.008 0.005~0.010 -
- 360~460 2460~3120
High Carbon Alloy D2, H13, etc. - - 0.002~0.007 0.003~0.008 0.005~0.010 -
304, 316, etc.
Stainless Steel 0.002~0.007 0.003~0.008 0.005~0.010 -
Heat-resistant Austenitic
Alloys 403, 410, etc. 0.002~0.007 0.003~0.008 0.005~0.010 - Coolant
Titanium Alloys
Martensitic 0.002~0.007 0.003~0.008 0.005~0.010 -
Inconel 718, etc.
0.002~0.007 0.003~0.008 0.005~0.010 -
Ti-6Al-4V, etc.
Gray Cast Iron NO.45~NO.60 0.003~0.009 0.004~0.010 0.006~0.014 -
60-40-18~70-50-05 0.003~0.009 0.004~0.010 0.006~0.014 - Dry
80-60-03~120-90-02
Nodular Cast Iron
0.003~0.009 0.004~0.010 0.006~0.014 -
Non-ferrous Metals - - - 0.003~0.008
Note) 1. Use down-cut machining. %
2. If D.O.C. is under 1/10 of Cutter Dia.(D), it is possible
to increase feed per tooth (fz) 40%.SLOT MILLS %0$
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Slot Width (Edge Width) Adjustment of MSTC Slot Mills
Slot Width (Edge Width) Measurement
/P /P Please check slot mill insert location number.
/P (The insert location number is marked on the slot mill body.)
/P
/P " Set up the slot mill on length measuring equipment such as tool
presetters.
/P
P lace the side A of the slot mill body near the insert position No.1 to
/P /P “0 (zero)” the length measuring equipment.
M ove the length measuring equipment to the insert corner and
measure the step (Y1) between side A and the corner of insert No.1.
L ikewise, on the other side, measure the step between the slot mill
body and the insert corner (Y2), and you will obtain the slot width
(edge width).
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