In the dynamic world of metal fabrication, precision and efficiency are paramount. The latest 30000W découpe laser machine, equipped with a 100μm multimode laser source, is designed to meet these demands, offering unparalleled cutting capabilities. This article explores the cutting parameters of our advanced 30KW laser cutter, providing you with the detailed information needed to optimize your operations and achieve superior results.
Cutting Parameters Overview
The cutting parameters for a 30000W laser cutting machine are essential to achieving high-quality cuts with minimal waste. These parameters include cutting speed, focal position, gas pressure, and power settings, which vary based on the material type and thickness. Below, we present a comprehensive table of cutting parameters for different materials to help you achieve optimal results.
Paramètres de découpe laser 15000W
Material
Thicknes (mm)
Speed (m/min)
Power (W)
Gas
Pressure (bar)
Nozzles (mm)
Focus Point (mm)
Cutting Height (mm)
Remark
Acier au carbone
8
20-25
30000
N2 / Air
10
4.5 Single
-1
0.5
1
Acier au carbone
10
15-20
30000
N2 / Air
10
4.5 Single
-2
0.5
1
Acier au carbone
12
10-14
30000
N2 / Air
12
4.5 Single
-3
0.5
1
Acier au carbone
14
9.0-10.5
30000
N2 / Air
14
4.5 Single
-3
0.5
1
Acier au carbone
16
8.0-9.5
30000
N2 / Air
14
5.0 Single
-4
0.5
1
Acier au carbone
18
6.0-7.0
30000
N2 / Air
20
5.0 Single
-7
0.5
1
Acier au carbone
20
4.0-5.0
30000
N2 / Air
25
6.0 Single
-10
0.5
1
Acier au carbone
10
2.2-2.5
6000
O2
0.6
1.2 Double
8
0.6
2
Acier au carbone
12
1.9-2.1
6500
O2
0.6
1.2 Double
9
0.6
2
Acier au carbone
14
1.8-1.9
8000
O2
0.6
1.4 Double
10
0.6
2
Acier au carbone
16
1.6-1.8
8500
O2
0.6
1.4 Double
11
0.6
2
Acier au carbone
18
1.5-1.7
11000
O2
0.5
1.5 Single
+12~13
0.3
2
Acier au carbone
20
1.5-1.6
11000
O2
0.5
1.5 Single
+12~13.5
0.3
2
Acier au carbone
22
1.3-1.5
12000
O2
0.5
1.6 Single
+12~13.5
0.3
2
Acier au carbone
25
1.25-1.4
12000
O2
0.5
1.6 Single
+13~14.5
0.3
2
Acier au carbone
30
1.1-1.3
17000
O2
0.8
1.6 Single
+13~14.5
0.3
2
Acier au carbone
35
1.1-1.2
17000
O2
1
1.7 Single
+13.8~14.5
0.3
2
Acier au carbone
40
0.9-1.1
20000
O2
1.2
1.8 Single
+14~15
0.3
2
Acier au carbone
45
0.7-0.9
28000
O2
1.2
1.8 Single
+15~16
0.3
2
Acier au carbone
50
0.4-0.5
30000
O2
1.3
1.8 Single
+15~16
0.3
2
Acier au carbone
60 *
0.2-0.3 *
30000
O2
1.6 *
1.8 Single *
+16~17 *
0.3 *
2
Acier au carbone
70 *
0.1-0.2 *
30000
O2
1.6 *
1.8 Single *
+16~17 *
0.3 *
2
Acier au carbone
80 *
0.1-0.15 *
30000
O2
1.6 *
1.8 Single *
+16~17 *
0.3 *
2
Acier inoxydable
6
30-35
30000
N2
8
4.5 Single
+1~-2
0.5
Acier inoxydable
8
25-28
30000
N2
8
5.0 Single
-1~-2
0.5
Acier inoxydable
10
20-22
30000
N2
8
5.0 Single
-1~-3
0.5
Acier inoxydable
12
15-17
30000
N2
10
5.0 Single
-1~-5
0.5
Acier inoxydable
14
10-12
30000
N2
14
5.0 Single
-3~-5
0.5
Acier inoxydable
16
8.5-10.0
30000
N2
14
5.0 Single
-4~-5
0.5
Acier inoxydable
18
6.0-7.0
30000
N2
16
5.0 Single
-5~-6
0.5
Acier inoxydable
20
5.0-6.0
30000
N2
20
6.0 Single
-5~-6
0.5
Acier inoxydable
25
3.0-4.0
30000
N2
20
6.0 Single
-6.5~-7.5
0.5
Acier inoxydable
30
2.0-2.5
30000
N2
25
8.0 Single
-9.5~-10.5
0.3
Acier inoxydable
35
1.5-1.8
30000
N2
25
8.0 Single
-11~-13
0.3
Acier inoxydable
40 *
0.9-1.2 *
30000
N2
25 *
8.0 Single *
-15~-16.5 *
0.3 *
Acier inoxydable
50 *
0.2-0.25 *
30000
N2
25 *
6.0 Single *
+8 *
0.3 *
Acier inoxydable
60 *
0.15-0.2 *
30000
N2
25 *
6.0 Single *
+9 *
0.3 *
Acier inoxydable
70 *
0.1-0.15 *
30000
N2
25 *
8.0 Single *
+9 *
0.3 *
Acier inoxydable
80 *
0.08-0.12 *
30000
N2
25 *
8.0 Single *
+9 *
0.3 *
Acier inoxydable
90 *
0.05-0.1 *
30000
N2
25 *
8.0 Single *
+9 *
0.3 *
Acier inoxydable
100 *
0.05-0.08 *
30000
N2
25 *
8.0 Single *
+9 *
0.3 *
Aluminium Alloy
1
60-80
20000
N2
8
3.0 Single
0
0.5
Aluminium Alloy
2
50-60
20000
N2
8
3.0 Single
0
0.5
Aluminium Alloy
3
35-45
20000
N2
8
3.0 Single
-1
0.5
Aluminium Alloy
4
30-40
20000
N2
8
3.0 Single
-1
0.5
Aluminium Alloy
5
20-25
20000
N2
10
4.5 Single
-2
0.5
Aluminium Alloy
6
15-22
20000
N2
10
4.5 Single
-2
0.5
Aluminium Alloy
8
14-20
20000
N2
10
5.0 Single
-3
0.5
Aluminium Alloy
10
8.0-10
20000
N2
10
5.0 Single
-3
0.5
Aluminium Alloy
12
7.0-8.0
20000
N2
10
5.0 Single
-4
0.5
Aluminium Alloy
14
4.0-6.0
20000
N2
12
5.0 Single
-5
0.5
Aluminium Alloy
16
3.0-4.5
20000
N2
14
5.0 Single
-6
0.5
Aluminium Alloy
18
2.3-3.0
20000
N2
14
5.0 Single
-6
0.5
Aluminium Alloy
20
2.0-2.3
20000
N2
16
5.0 Single
-7
0.5
Aluminium Alloy
25
1.0-1.5
20000
N2
18
6.0 Single
-8
0.5
Aluminium Alloy
30
0.6-0.8
20000
N2
20
6.0 Single
-8
0.5
Aluminium Alloy
40 *
0.3-0.6 *
20000
N2
25 *
6.0 Single *
+8 *
0.5 *
Aluminium Alloy
50 *
0.3-0.4 *
20000
N2
28 *
6.0 Single *
+8 *
0.5 *
Aluminium Alloy
60 *
0.2-0.3 *
20000
N2
28 *
6.0 Single *
+8 *
0.5 *
Brass
1
50-60
20000
N2
10
3.0 Single
0
0.5
Brass
2
35-45
20000
N2
10
3.5 Single
0
0.5
Brass
3
28-35
20000
N2
10
3.5 Single
0
0.5
Brass
4
23-28
20000
N2
10
3.5 Single
-1
0.5
Brass
5
15-20
20000
N2
12
4.5 Single
-1
0.5
Brass
6
12-15
20000
N2
12
4.5 Single
-1.5
0.5
Brass
8
8.0-10
20000
N2
12
5.0 Single
-2
0.5
Brass
10
5.0-7.0
20000
N2
13
5.0 Single
-3
0.5
Brass
12
3.5-5.5
20000
N2
14
5.0 Single
-3
0.5
Brass
14
3.0-4.5
20000
N2
14
5.0 Single
-4
0.5
Brass
16
2.0-3.0
20000
N2
14
5.0 Single
-5
0.5
Brass
18
1.0-1.5
20000
N2
16
5.0 Single
-6
0.5
Brass
20
0.7-0.9
20000
N2
18
6.0 Single
-6.5
0.5
Cuivre
1
30-40
20000
O2
8
3.0 Single
0
0.5
3
Cuivre
2
22-30
20000
O2
8
3.0 Single
0
0.5
3
Cuivre
3
20-25
20000
O2
8
3.5 Single
0
0.5
3
Cuivre
4
15-18
20000
O2
10
3.5 Single
-1
0.5
3
Cuivre
5
12-14
20000
O2
10
5.0 Single
-1
0.5
3
Cuivre
6
7.0-9.0
20000
O2
10
5.0 Single
-2
0.5
3
Cuivre
8
4.5-5.5
20000
O2
10
5.0 Single
-3
0.5
3
Cuivre
10
3.0-3.5
20000
O2
12
5.0 Single
-4
0.5
3
Cuivre
12 *
2.0-2.5 *
20000
O2
14 *
5.0 Single *
-5 *
0.5 *
3
Important Remarks
Remark 1: It is recommended to use air or nitrogen for cutting carbon steel 1-6mm. The cutting speed is faster than using oxygen, and there will be slight slag hanging. Remark 2: Depending on the on-site gas purity, plate quality, etc., the power used for debugging and the speed of debugging will also be different. Remark 3: Copper needs to be cut with high-pressure oxygen. Using other gases for cutting may risk damaging the laser.
Note on Actual Cutting Conditions
Note: The actual batch cutting, affected by machine tools, systems, cutting head, air pressure, materials and other factors, the data may be changed, the asterisks marked parameters in the table are proofing parameters, in the actual processing is greatly affected by various factors, only suitable for small batch production, mass production and processing is not recommended, it is recommended to use higher power laser.
Optimizing Your Cutting Process
Understanding and applying the correct 30000W laser cutting parameters is essential for achieving high-quality, precise cuts. By fine-tuning power output, cutting speed, focus position, gas pressure, and pulse frequency, you can optimize your laser cutting operations to meet specific material requirements. Our latest 30KW laser cutting machine, with its advanced features and customizable parameters, ensures superior performance and efficiency.
For more detailed information and to explore how our 30000W laser cutting machine can enhance your production process, visit our website. Stay tuned for more updates and insights on laser cutting technologies.
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