Pagina 61 - Voha Tosec
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SPEED/FEED PER TOOTH/
DEPTH OF CUT
UGT- end mills for pocket-, slot- and copy-milling
HPC
CUTTING SPEEDS
FOR SOLID CARBIDE END MILLS-, CBN- AND PCD-MILLS
120
121
150 -250
250 - 350
200 - 350
180 - 300
500 - 1000
150 - 220
220 - 300
150 - 220
220 - 300
150 - 250
500 - 1000
120 - 170
170 - 250
150 - 250
100 - 200
400 - 800
30 - 50
50 - 80
60 - 80
50 - 60
30 - 50
50 - 80
60 - 80
50 - 60
70 - 110
110 - 150
100 - 120
250 - 300
300 - 400
250 - 300
300 - 400
200 - 350
500 - 1000
150 - 200
200 - 250
180 - 250
150 - 230
500 - 1000
100 - 160
160 - 200
150 - 200
120 - 180
500 - 1000
400 - 600
400 - 600
800 - 1000
400 - 600
800 - 1000
400 - 600
800 - 1000
500 -1200
300 - 500
450 - 600
400 - 500
008 - 005
006 - 005
300 - 500
350 - 500
200 - 350
350 - 500
800 - 870
008 - 005
0001 - 078
200 - 350
350 - 500
200 - 350
350 - 500
200 - 350
0021 - 005
005 - 053
008 - 003
091 - 051
008 - 003
052 - 021
005 - 002
021 - 08
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roughing
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Operation Data |
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Customized
Products
End Mills
Toric End Mills FGT
Toric End Mills
Ball Nose End
Mills FGT
Corner Radius End
Mills FGT
Corner Radius End
Mills
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Ball Nose End Mills
Steel
Free Machining Steel/ Mild Steel
Normal Tool Steel/ Steel Castings
High-temperature Alloys
Titanium Alloys
(all kinds)
Grey Cast Iron
Aluminium
Spheroidal Graphite
Copper
Tempered Castings
Graphite
Plastics
up to 48HRC
up to 55HRC
up to 65HRC
Tool Steel and Steel Castings,
both difficult to machine
Heat-resistant alloys
Stainless steel
Cast iron
Hardened steel
NE - Materials
Material
CUTTING MATERIAL AND COATING
Application
VHM
PVTi
PVAT
PVALSA
VHM
PVCC
VHM
PVAS
PVCN
VHM
PVDiAN
PVDiAG
CBN uncoated
PKD uncoated
These speed and feed values are approximate. Customer-specific factors such as input power, machine stability, tool overhang, etc. are not taken
into account. In order to guarantee optimum and economic cutting conditions with our tools, please ask our office or one of our application engi-
neers.
d 1
fz
fz
fz
d 1
fz
fz
fz
3
0,015
0,018
0,015
3
0,010
0,015
0,018
4
0,020
0,023
0,020
4
0,013
0,020
0,025
5
0,025
0,029
0,025
5
0,019
0,025
0,031
6
0,030
0,035
0,040
6
0,024
0,030
0,036
8
0,040
0,047
0,054
8
0,034
0,040
0,053
10
0,055
0,064
0,073
10
0,044
0,055
0,071
12
0,065
0,075
0,085
12
0,056
0,065
0,077
16
0,085
0,100
0,115
16
0,071
0,085
0,089
20
0,105
0,120
0,135
20
0,087
0,950
0,100
25
0,120
0,140
0,160
25
0,100
0,120
0,140
d 1
fz
fz
fz
d 1
fz
fz
fz
3
0,004
0,007
0,010
3
0,004
0,007
0,010
4
0,006
0,010
0,015
4
0,006
0,010
0,015
5
0,010
0,014
0,020
5
0,010
0,014
0,020
6
0,015
0,020
0,025
6
0,015
0,020
0,025
8
0,025
0,030
0,035
8
0,025
0,030
0,035
10
0,030
0,035
0,040
10
0,030
0,035
0,040
12
0,040
0,045
0,050
12
0,040
0,045
0,050
16
0,050
0,060
0,065
16
0,050
0,060
0,065
20
0,060
0,070
0,075
20
0,060
0,070
0,075
25
0,070
0,080
0,085
25
0,070
0,080
0,850
Stainless steel
1.4301, 1.4541, 1.4307 usw.:
ap
≤
0,5xd1
ae
≤
1xd1
ap
≤
0,5xd1
ae
≤
1xd1
ap
≤
0,9xd1
ae
≤
0,5xd1
ap
≤
1,5xd1
ae
≤
0,1xd1
ap
≤
0,9xd1
ae
≤
0,5xd1
ap
≤
1,5xd1
ae
≤
0,1xd1
ap
≤
0,5xd1
ae
≤
1xd1
ap
≤
0,9xd1
ae
≤
0,5xd1
ap
≤
1,5xd1
ae
≤
0,1xd1
ap
≤
0,9xd1
ae
≤
1xd1
ap
≤
0,5xd1
ae
≤
1xd1
ap
≤
0,9xd1
ae
≤
0,5xd1
feed per tooth f
z
speed V
c
=80 m/min
Stainless steel
1.4401, 1.4571, 1.4404 usw.:
feed per tooth f
z
speed V
c
=40 m/min
High-temperature alloys
1.4542 usw.:
Inconel 718 usw.:
feed per tooth f
z
speed V
c
=25 m/min
feed per tooth f
z
speed V
c
=15 m/min
These speed and feed values are approximate. Customer-specific factors such as input power, machine stability, tool overhang, etc. are not taken
into account. In order to guarantee optimum and economic cutting conditions with our tools, please ask our office or one of our application engi-
neers.
High Feed End
Mills
