S 100 series

S 115

Cylindrical Milling Cutter with high cutting performance for grooving and shoulders version with normal shank or version with shank unloaded code-S for useful cutting increase at height L3

S 115
S 115

Suggested applications

Steels

hardened steels < 56 hrc

hardened steels > 56 hrc

stainless steel

superalloys

cast iron

aluminum alloys & plastic materials

graphite

Drilling types

Features

Tools

ARTD1h10D2h6D3L1L2L3L4R45°ZUNCOATED
S115-060C1T6,006,0050130,105C1T-U
S115-080C1T8,008,0060170,205C1T-U
S115-100C1T10,0010,0070210,205C1T-U
S115-120C1T12,0012,0070230,305C1T-U
S115-140C1T14,0014,0080290,305C1T-U
S115-160C1T16,0016,0090330,305C1T-U
S115-200C1T20,0020,00100410,305C1T-U
ARTD1h10D2h6D3L1L2L3L4R45°ZUNCOATED
S115S-060C1T6,006,005,805013220,105C1T-U
S115S-080C1T8,008,007,806017270,205C1T-U
S115S-100C1T10,0010,009,807021320,205C1T-U
S115S-120C1T12,0012,0011,808023350,305C1T-U
S115S-140C1T14,0014,0013,709029420,305C1T-U
S115S-160C1T16,0016,0015,7010033450,305C1T-U
S115S-200C1T20,0020,0019,7010041550,305C1T-U

Cutting parameters

S 115D Z Vc fz ap ae N rpm F Q cm3/min
Click to see material list
S1 S4
3 5 50 0,011 1,5 3 5308 292 1,31
4 5 50 0,014 2 4 3981 279 2,23
5 5 50 0,017 2,5 5 3185 271 3,38
6 5 50 0,020 3 6 2654 265 4,78
8 5 50 0,026 4 8 1990 259 8,28
10 5 50 0,032 5 10 1592 255 12,74
12 5 50 0,036 6 12 1327 239 17,20
14 5 50 0,041 7 14 1137 233 22,85
16 5 50 0,045 8 16 995 224 28,66
20 5 50 0,055 10 20 796 219 43,79
Click to see material list
S2 S3 S5
3 5 25 0,008 1,5 3 2654 106 0,48
4 5 25 0,008 2 4 1990 80 0,64
5 5 25 0,012 2,5 5 1592 96 1,19
6 5 25 0,015 3 6 1327 100 1,79
8 5 25 0,020 4 8 995 100 3,18
10 5 25 0,025 5 10 796 100 4,98
12 5 25 0,030 6 12 663 100 7,17
14 5 25 0,032 7 14 569 91 8,92
16 5 25 0,035 8 16 498 87 11,15
20 5 25 0,040 10 20 398 80 15,92
ae<0.4D1 fz+20% - Uncoated -30% - code S fz -10 %

Formulas

Cutting speedVc = D x n x 3,14
1000
m/min
Tool revolutionn = Vc x 1000
3,14 x D
rpm
Feed for toothfz = F
z x n
mm
Feed rateF = fz x z x nmm/min
Material removal rateQ = ap x ae x F
1000
cm3/min