ALNEX ANXS Steel Endmill Type
Non-Ferrous Metal
Aluminum Alloy
Radial
-2° to 0°
Rake Angle
Axial
5°
Fig 1
LH
LS
LF
H
Body (Steel)
Dimensions ( mm )
Weight
Dia.
Max. Dia. Shank Dia.
Head Shank LengthOverall Length Number of Teeth
Cat. No.
Stock
(kg)
DC
DCX
DMM LH
LS
LF
« «
ANXS16032E04 ANXS16040E06
4
30
32
20
35
60
95
0.3
6
38
40
20
40
60
100
0.5
Inserts are sold separately. If using corner radius inserts (ANB1604R), DC = DCX.
« = World Wide Warehouse Item
Identification Code ANX S 16 032 E 04
Maximum Allowable Spindle Speed
Cutter Series Steel Body
Blade Size
Cutter Dia.
With Shank
Number of Teeth
n max(min -1 )
Cat. No.
ANXS16032E04
10,000
Parts
(Sold Separately)
ANXS16040E06
10,000
Clamp Screw
Adjustment Screw
Adjustment Wrench
Assembly Wrench
Wrench
Applicable Cutter
ANXS16032E04
BXA0310IP 2.0 HFJ TRXW10IP ANT HFVT
ANXS16040E06
Insert Table
Dimensions ( mm )
Grade
SUMIDIA
High-speed/Light
N
Fig 1
Fig 2
Process
General-purpose
N
16
16
Roughing
N
6.0
9.0
Cutting Edge Length
Wiper Edge Length
Wiper Edge Shape
Cat. No.
Applications Fig
Fig 3
Fig 4
16
16
l l l l l l
ANB1600R-L ANB1600R-G ANB1600R-H ANB1600R-GX
Linear Low Resistance 1
6.0
1.9
R0.4
6.0
Arc-Shaped General Purpose 1
6.0
1.9
Arc-Shaped Strong Edge 1
6.0
1.9
Arc-Shaped Long Edge 2
9.0
1.9
ANB1604R
Linear
Corner Radius 3
6.0 2.5
ANB1600R-W
Arc-Shaped Wiper
4
-
4.0
Recommended Cutting Conditions Si content of 12.6% or less
Cutting Speed v c (SFM / m/min ) Min. - Optimum - Max.
Feed Rate f z (IPT / mm/t ) Min. - Optimum - Max.
Blade Grade
ISO Work Material Hardness
Aluminum Alloy
6,500 2,000
- -
8,200 2,500
- -
9,800 3,000
.002 0.05
- -
.005 0.13
- -
.008 0.20
N
-
DA1000
Si content of over 12.6%
Cutting Speed v c (SFM / m/min ) Min. - Optimum - Max.
Feed Rate f z (IPT / mm/t ) Min. - Optimum - Max.
Blade Grade
ISO Work Material Hardness
Aluminum Alloy
1,300 400
- -
- -
2,600 800
.002 0.05
- -
.005 0.13
- -
.008 0.20
2,000 600
N
-
DA1000
H184
Note The cutting conditions above are a guide. Actual conditions will need to be adjusted according to machine rigidity, work clamp rigidity, depth of cut and other factors.
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