N 200 series

N 210

Basic cylindrical cutter with negative-left helix, the chip is pushed downwards , version with normal shank or version with unloaded shank S-code for useful cutting height increase at L3

N 210

N 210
N 210

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
N210-030C43,003,005042C4-U
N210-040C44,004,005052C4-U
N210-050C45,005,005062C4-U
N210-060C46,006,005072C4-U
N210-080C48,008,006092C4-U
N210-100C410,0010,0060112C4-U
N210-120C412,0012,0070132C4-U
N210-140C414,0014,0075152C4-U
N210-160C416,0016,0080172C4-U
N210-200C420,0020,0080212C4-U
ARTD1h10D2h6D3L1L2L3L4R45°ZUNCOATED
N210S-030C43,003,002,8050472C4-U
N210S-040C44,004,003,80505102C4-U
N210S-050C45,005,004,80506122C4-U
N210S-060C46,006,005,80507132C4-U
N210S-080C48,008,007,80609172C4-U
N210S-100C410,0010,009,806011212C4-U
N210S-120C412,0012,0011,807013232C4-U
N210S-140C414,0014,0013,708015292C4-U
N210S-160C416,0016,0015,709017332C4-U
N210S-200C420,0020,0019,7010021412C4-U

Cutting parameters

N 210D Z Vc fz ap ae N rpm F Q cm3/min
Click to see material list
N1
3 2 500 0,015 1,5 3 53079 1592 7,17
4 2 500 0,025 2 4 39809 1990 15,92
5 2 500 0,030 2,5 5 31847 1911 23,89
6 2 500 0,035 3 6 26539 1858 33,44
8 2 500 0,045 4 8 19904 1791 57,32
10 2 500 0,055 5 10 15924 1752 87,58
12 2 500 0,070 6 12 13270 1858 133,76
14 2 500 0,085 7 14 11374 1934 189,49
16 2 500 0,095 8 16 9952 1891 242,04
20 2 500 0,120 10 20 7962 1911 382,17
Click to see material list
N2 N3
3 2 400 0,015 1,5 3 42463 1274 5,73
4 2 400 0,025 2 4 31847 1592 12,74
5 2 400 0,030 2,5 5 25478 1529 19,11
6 2 400 0,035 3 6 21231 1486 26,75
8 2 400 0,045 4 8 15924 1433 45,86
10 2 400 0,055 5 10 12739 1401 70,06
12 2 400 0,070 6 12 10616 1486 107,01
14 2 400 0,085 7 14 9099 1547 151,59
16 2 400 0,095 8 16 7962 1513 193,63
20 2 400 0,120 10 20 6369 1529 305,73
Click to see material list
N4
3 2 150 0,010 1,5 3 15924 318 1,43
4 2 150 0,018 2 4 11943 430 3,44
5 2 150 0,023 2,5 5 9554 439 5,49
6 2 150 0,028 3 6 7962 446 8,03
8 2 150 0,035 4 8 5971 418 13,38
10 2 150 0,040 5 10 4777 382 19,11
12 2 150 0,050 6 12 3981 398 28,66
14 2 150 0,055 7 14 3412 375 36,78
16 2 150 0,06 8 16 2986 358 45,86
20 2 150 0,065 10 20 2389 311 62,10
Click to see material list
N5
3 2 600 0,015 1,5 3 63694 1911 8,60
4 2 600 0,025 2 4 47771 2389 19,11
5 2 600 0,030 2,5 5 38217 2293 28,66
6 2 600 0,035 3 6 31847 2229 40,13
8 2 600 0,045 4 8 23885 2150 68,79
10 2 600 0,055 5 10 19108 2102 105,10
12 2 600 0,070 6 12 15924 2229 160,51
14 2 600 0,085 7 14 13649 2320 227,39
16 2 600 0,095 8 16 11943 2269 290,45
20 2 600 0,120 10 20 9554 2293 458,60
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