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Three Forms Thread Mill For Aluminum

Thread Mills

Three Forms Thread Mill is an efficient and precise cutting tool mainly used for milling of steel. Its design is inspired by a deep understanding of the special characteristics of steel machining, aiming to improve machining efficiency, reduce costs and ensure the quality of machined parts. The milling cutter’s single-threaded design, combined with its threaded structure, allows it to better cope with the hardness and wear resistance of steel during high-speed cutting.
Product Features:

High Hardness:

The Three Forms Thread Mill adopts a single-thread design, which effectively reduces the resistance of the contact between the tool and the workpiece and improves cutting efficiency. This design can cut into steel more easily during high-speed cutting, reducing processing time and improving production efficiency.

Excellent Wear Resistance:

The thread structure gives the milling cutter good cutting stability. When processing steel, Single Form Thread Mill can disperse cutting forces more evenly, reduce vibration and tool beat, ensure the stability of the processing process, and help obtain higher-precision processing surfaces.

Precision Machining:

The thread structure gives the milling cutter good cutting stability. When processing steel, single-thread thread milling cutters can disperse cutting forces more evenly, reduce vibration and tool beat, ensure the stability of the processing process, and help obtain higher-precision processing surfaces.

Versatile Application:

The Three tooth design allows the milling cutter to cut the steel surface more accurately, reducing cutting errors. This is particularly important for some industrial fields that require high precision of parts. By using this milling cutter, you can ensure parts with high precision and excellent surface quality.
LYDYLW
AL
HRC 55

Product Detail

For Steel , Cast Iron

Unit
(mm)
D
D≤12
D>12
T
0
0
-0.015
-0.02
Diameter D
Angle °
Shank D2
Overall LengthCutting L2
mm
mm
mm
mm
mm
M1.4*P0.3
1.05
3.2
4
50
M1.6*P0.35
1.2
4
4
50
M1.8*P0.35
1.41
4.1
4
50
M2*P0.4
1.54
4.4
4
50
M2.5*P0.45
1.96
5.3
4
50
M3*P0.5
2.4
6.4
4
50
M4*P0.5
3
8.6
4
50
M8*P0.5
6
16
6
50
M10*P0.5
8
21.8
8
60
M3.5*P0.6
2.75
7.4
4
50
M4*P0.7
3.15
8.6
4
50
M4.5*P0.75
3.5
9.5
4
50
M6*P0.75
4.8
13
6
50
M8*P0.75
6
16
6
50
M10-M12*P0.75
8
21.8
8
60
M5*0.8
4
12
4
50
M6*P1
4.8
13
6
50
M8*P1
6
16
6
50
M10*P1
8
21.8
8
60
M12*P1
10
25
10
75
M14*P1
10
28
10
75
M16*P1
12
30
12
75
M20*P1
15.8
40
16
90
M8*P1.25
6
16
6
50
M10*P1.25
8
21.8
8
60
M12*P1.25
10
25
10
75
M14*P1.25
10
28
10
75
M16*P1.25
12
30
12
75
M10*P1.5
8
21.8
8
60
M12*P1.5
10
25
10
75
M14*P1.5
12
28
12
75
M16*P1.5
12
30
12
75
M20*P1.5
15.8
40
16
90
M12*P1.75
10
25
10
75
M14*P2
10
25
10
75
M16*P2
12
27
12
75
M20*P2
15.8
40
16
90
M20*P2.5
14
40
14
90
M24*P3.0
16
45
16
90
Ordering Code
LYSYLW-3F-01050320450
LYSYLW-3F-012040450
LYSYLW-3F-01410410450
LYSYLW-3F-01540440450
LYSYLW-3F-01960530450
LYSYLW-3F-0240640450
LYSYLW-3F-030860450
LYSYLW-3F-06160650
LYSYLW-3F-0802180860
LYSYLW-3F-02750740450
LYSYLW-3F-03150860450
LYSYLW-3F-0350950450
LYSYLW-3F-048130650
LYSYLW-3F-06160650
LYSYLW-3F-0802180860
LYSYLW-3F-04120450
LYSYLW-3F-048130650
LYSYLW-3F-06160650
LYSYLW-3F-0802180860
LYSYLW-4F-10251075
LYSYLW-4F-10281075
LYSYLW-4F-12301275
LYSYLW-4F-0158401690
LYSYLW-3F-06160650
LYSYLW-3F-0802180860
LYSYLW-4F-10251075
LYSYLW-4F-10281075
LYSYLW-4F-12301275
LYSYLW-3F-0802180860
LYSYLW-4F-10251075
LYSYLW-4F-12281275
LYSYLW-4F-12301275
LYSYLW-4F-0158401690
LYSYLW-4F-10251075
LYSYLW-4F-10251075
LYSYLW-4F-12271275
LYSYLW-4F-0158401690
LYSYLW-4F-14401490
LYSYLW-4F-16451690

Work Material

P
M
K
N
S
H
ISO Workpiece Material Depth of cut (mm) VC m/min
N Aluminum Alloy AP≤1.5D 60 Speed(min²)
AP≤0.15D Feed(mm/r)
AP≤1D 140 Speed(min²)
AP≤0.12D Feed(mm/r)
Tool Diameter (mm)
4
6
8
10
12
16
20
N
20000 2000
13000 1500
10000 1650
8000 1950
6600 1950
5000 2000
4000 2000
16000 1500
10000 1200
8000 1300
6500 1500
5300 1550
4000 1600
3200 1600
Above table is the standard cutting data for side mlling maching, f for groove cutting, the VC should reach 50%-70% and the fed should reach 40%-60% based on the table.
High Efficiency Machining
Precision Machining Accuracy
Superior Surface Finish
Versatility Across Materials

Example Of An Application Using Chamfer End Mill HRC55

High Efficiency Machining

Precision Machining Accuracy

Superior Surface Finish

Versatility Across Materials

Inquiry
+86 13815069640
Working Hours: 8:00am—6:00pm
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