P 300 series

P 340

Torus High-performance cylindrical cutter for machining with Trochoidal method with normal shank or version with unloaded shank code S-code for useful cutting increase at L3 height

P 340
P 340

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
P340-060C16,006,0050131,004C1-U
P340-080C18,008,0060171,004C1-U
P340-100C110,0010,0070211,504C1-U
P340-120C112,0012,0070231,504C1-U
P340-140C114,0014,0080292,004C1-U
P340-160C116,0016,0090332,004C1-U
P340-200C120,0020,00100412,004C1-U
ARTD1h10D2h6D3L1L2L3L4R45°ZUNCOATED
P340S-060C16,006,005,805013221,004C1-U
P340S-080C18,008,007,806017271,004C1-U
P340S-100C110,0010,009,807021321,504C1-U
P340S-120C112,0012,0011,808023351,504C1-U
P340S-140C114,0014,0013,709029422,004C1-U
P340S-160C116,0016,0015,7010033452,004C1-U
P340S-200C120,0020,0019,7010041552,004C1-U

Cutting parameters

P 340D Z Vc fz ap ae N rpm F Q cm3/min
Click to see material list
P1 P2 K1
3 4 130 0,013 3 3 13800 711 6,4
4 4 130 0,017 4 4 10350 724 11,58
5 4 130 0,021 5 5 8280 701 17,52
6 4 130 0,025 6 6 6900 686 24,68
8 4 130 0,032 8 8 5175 667 42,66
10 4 130 0,039 10 10 4140 640 63,99
12 4 130 0,044 12 12 3450 609 87,76
14 4 130 0,05 14 14 2957 588 115,18
16 4 130 0,055 16 16 2588 571 146,26
20 4 130 0,069 20 20 2070 571 228,54
Click to see material list
P3 P4 K2 K3
3 4 80 0,012 3 3 8493 406 3,66
4 4 80 0,016 4 4 6369 398 6,38
5 4 80 0,019 5 5 5096 394 9,84
6 4 80 0,022 6 6 4246 375 13,5
8 4 80 0,029 8 8 3185 375 24
10 4 80 0,035 10 10 2548 356 35,63
12 4 80 0,04 12 12 2123 336 48,38
14 4 80 0,045 14 14 1820 328 64,32
16 4 80 0,05 16 16 1592 316 81,01
20 4 80 0,607 20 20 1274 3094 1237,61
Click to see material list
P5 K4
3 4 60 0,01 1,5 3 6369 258 1,16
4 4 60 0,013 2 4 4777 246 1,97
5 4 60 0,016 2,5 55 3822 239 32,87
6 4 60 0,018 3 6 3185 234 4,22
8 4 60 0,024 4 8 2389 229 7,31
10 4 60 0,029 5 10 1911 225 11,25
12 4 60 0,033 6 12 1592 211 15,19
14 4 60 0,038 7 14 1365 206 20,18
16 4 60 0,041 8 16 1194 198 25,31
20 4 60 0,051 10 20 955 193 38,68
Click to see material list
P1 P2 K1
3 4 130 0,035 6 0,6 13800 1932 6,96
4 4 130 0,046 8 0,8 10350 1904 12,19
5 4 130 0,058 10 1 8280 1921 19,21
6 4 130 0,068 12 1,2 6900 1877 27,03
8 4 130 0,088 16 1,6 5175 1822 46,63
10 4 130 0,105 20 2 4140 1739 69,55
12 4 130 0,12 23 2,4 3450 1656 91,41
14 4 130 0,135 28 2,8 2957 1597 125,2
16 4 130 0,15 32 3,2 2588 1553 158,98
20 4 130 0,183 40 4 2070 1515 242,45
Click to see material list
P3 P4 K2 K3
3 4 80 0,032 6 0,6 8493 1087 3,91
4 4 80 0,042 8 0,8 6369 1070 6,85
5 4 80 0,052 10 1 5096 1060 10,6
6 4 80 0,061 12 1,2 4246 1036 14,92
8 4 80 0,079 16 1,6 3185 1006 25,76
10 4 80 0,095 20 2 2548 968 38,73
12 4 80 0,108 23 2,4 2123 917 50,63
14 4 80 0,122 28 2,8 1820 888 69,63
16 4 80 0,135 32 3,2 1592 860 88,05
20 4 80 0,164 40 4 1274 836 133,71
Click to see material list
P5 K4
3 4 60 0,028 1,5 0,6 6369 713 0,64
4 4 60 0,037 2 0,8 4777 707 1,13
5 4 60 0,046 2,5 1 3822 703 1,76
6 4 60 0,054 3 1,2 3185 688 2,48
8 4 60 0,07 4 1,6 2389 669 4,28
10 4 60 0,084 5 2 1911 642 6,42
12 4 60 0,096 6 2,4 1592 611 8,81
14 4 60 0,108 7 2,8 1365 590 11,56
16 4 60 0,12 8 3,2 1194 573 14,68
20 4 60 0,146 10 4 955 558 22,32
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