Fiber Laser Cutting Speed Chart: 1000-6000W with IPG Laser Source

Imagine cutting through metal as effortlessly as slicing through butter. Fiber laser technology has revolutionized metalworking, offering unmatched precision and speed. This article explores the cutting speeds of various metals using IPG fiber laser sources, from 1000W to 6000W. Readers will gain insights into optimal settings for different materials and thicknesses, ensuring efficiency and quality in their cutting processes. Dive into the specifics to elevate your metal fabrication skills!

Table Of Contents

Fiber Laser Cutting Speed Chart

1000-6000W Fiber Laser Cutting Speed

Remarks:

  1. Blue color indicates that simple shapes or low requirements can be cut on a small scale, but it may be a bit difficult.
  2. Red color indicates that the sample cutting is okay, but it cannot be used for batch cutting.
  3. For IPG3000W or higher power, we sincerely recommend using nitrogen when cutting thin carbon steel to enhance cutting efficiency.
MaterialThickness
(mm)
IPG
1000
IPG
1500
IPG
2000
IPG
2000
IPG
3000
IPG
4000
IPG
6000
Core Dia
50um100um50um100um100um100um100um
(m/min)
Carbon Steel
(O2)
17.0-9.07.0-11.07.0-12.07.0-12.07.0-12.08.0-12.08.0-12.0
25.0-6.05.0-6.55.0-6.55.0-6.55.0-7.05.0-7.55.0-7.5
32.5-3.02.8-3.83.0-4.63.0-4.63.5-5.03.8-5.03.8-5.0
42.0-2.42.5-3.22.8-4.02.8-4.03.0-4.23.5-4.53.5-4.5
51.5-1.81.8-2.52.2-3.22.2-3.22.5-3.63.0-3.83.0-3.8
61.4-1.61.6-2.22.0-2.82.0-2.82.4-3.02.6-3.22.6-3.2
81.0-1.21.1-1.51.4-2.01.4-2.01.8-2.42.0-2.52.0-2.5
100.75-0.851.0-1.21.1-1.41.1-1.41.2-1.81.8-2.11.8-2.1
120.6-0.70.9-1.00.9-1.20.9-1.21.0-1.51.0-1.51.0-1.5
16  0.60-0.750.60-0.750.7-0.850.7-0.850.7-0.85
20  Can’t Cutting0.4-0.50.6-0.750.6-0.750.6-0.75
22    0.50-0.650.55-0.650.55-0.65
25    0.4-0.60.4-0.60.4-0.6
Stainless Steel
(N2)
115-1810.0-15.035.0-50.020.0-28.035.0-50.045.0-55.045.0-55.0
24.5-6.05.0-7.010.0-15.09.0-13.015.0-23.018.0-27.020.0-35.0
32.0-2.43.0-4.05.0-7.04.0-6.57.0-11.010.0-15.015.0-20.0
41.0-1.52.0-2.83.5-4.53.0-4.54.0-6.05.0-7.510.0-14.0
50.75-0.851.2-1.71.8-2.51.8-2.52.5-4.04.0-5.08.0-12.0
6 0.7-1.00.7-0.81.2-1.82.0-3.23.0-4.06.0-8.0
8 0.5-0.70.5-0.60.7-1.01.2-1.81.5-2.63.5-4.0
10   0.5-0.60.7-0.90.7-1.31.8-2.2
12    0.3-0.40.4-0.61.2-1.5
14     0.3-0.50.8-1.2
16     0.3-0.50.6-0.8
20      0.3-0.4
Aluminum Alloy
(N2)
1 10.0-15.030.0-45.013.0-25.030.0-38.035.0-40.045.0-55.0
2 5.0-6.010.0-15.07.0-10.012.0-16.013.0-22.020.0-30.0
3 2.5-3.55.0-7.04.0-6.06.5-8.07.0-13.013.0-18.0
4 1.4-2.03.5-5.02.5-3.53.5-5.04.0-5.510.0-12.0
5 0.8-1.02.0-3.01.4-1.82.5-3.53.0-4.05.0-8.0
6 0.5-0.61.5-2.00.8-1.21.8-3.02.2-3.54.0-6.0
8  0.5-0.60.6-0.80.9-1.30.9-1.62.0-3.0
10    0.4-0.70.55-1.01.0-1.9
12    0.3-0.450.4-0.60.8-1.4
16     0.3-0.40.6-0.9
Copper
(N2)
1 8.0-12.012.0-18.010.0-16.020.0-32.025.0-30.045.0-55.0
2 3.5-5.06.0-8.56.0-8.09.0-11.010.0-13.025.0-35.0
3 1.5-2.22.5-4.02.5-4.04.0-6.05.0-6.512.0-18.0
4 1.0-1.21.5-1.81.6-2.23.0-4.53.0-5.28.0-10.0
5 0.6-0.80.8-1.20.9-1.21.5-2.02.0-3.04.5.0-6.0
6  0.4-0.50.4-0.71.0-1.61.4-2.03.0-4.0
8    0.5-0.60.7-0.81.6-2.2
10     0.2-0.30.8-1.2
Stainless Steel
(High pressure air)
1  35.0-50.020.0-28.035.0-50.045.0-55.045.0-55.0
2  10.0-15.09.0-12.015.0-23.018.0-27.020.0-35.0
3  5.0-7.04.0-6.07.0-11.010.0-15.015.0-20.0
4  3.5-4.53.5-4.04.0-6.55.0-6.510.0-14.0
5  1.8-2.51.5-2.02.5-4.03.5-5.08.0-12.0
6  0.7-0.81.0-1.22.0-3.23.0-4.56.0-8.0
8    1.2-1.81.5-2.63.5-4.0
10    0.7-0.90.6-1.21.8-2.2
12      1.2-1.5
Aluminum Alloy
(Air)
1  30.0-45.013.0-25.035.0-50.045.0-55.045.0-50.0
2  10.0-16.07.0-12.012.0-20.018.0-27.020.0-30.0
3  5.0-7.04.0-6.06.5-9.09.0-14.013.0-18.0
4  3.5-5.02.5-4.04.0-5.54.5-6.510.0-12.0
5  2.0-3.01.4-1.82.5-3.53.5-5.05.0-8.0
6  1.2-2.00.8-1.51.8-3.03.0-4.04.0-6.0
8    0.9-1.31.5-2.02.0-3.0
10    0.7-0.80.5-0.81.0-1.9
Copper
(Air)
1  18-28.013.0-22.025.0-36.018.0-35.035.0-45.0
2  8-12.06.0-10.07.0-10.010.0-15.015.0-30.0
3  1.5-2.52.5-5.05.0-6.06.0-7.510.0-15.0
Don't forget, sharing is caring! : )
Shane
Author

Shane

Founder of MachineMFG

As the founder of MachineMFG, I have dedicated over a decade of my career to the metalworking industry. My extensive experience has allowed me to become an expert in the fields of sheet metal fabrication, machining, mechanical engineering, and machine tools for metals. I am constantly thinking, reading, and writing about these subjects, constantly striving to stay at the forefront of my field. Let my knowledge and expertise be an asset to your business.

You May Also Like
We picked them just for you. Keep reading and learn more!
What Is a Fiber Laser

What Is Fiber Laser: All You Need to Know

Imagine a tool so precise it can cut through metal with the finesse of a surgeon's scalpel. Fiber lasers have revolutionized industries from manufacturing to medicine. This article delves into…
Laser

Fiber Laser Cutting: The Ultimate Guide

Have you ever wondered how a laser can cut through metal like a hot knife through butter? In this fascinating article, we'll explore the science behind fiber laser cutting technology.…

Fiber Laser vs CO2 Laser: Difference Explained

Have you ever wondered which laser cutting technology truly reigns supreme? This article dives into the battle between fiber lasers and CO2 lasers, exploring their strengths, weaknesses, and the factors…
MachineMFG
Take your business to the next level
Subscribe to our newsletter
The latest news, articles, and resources, sent to your inbox weekly.
© 2024. All rights reserved.

Contact Us

You will get our reply within 24 hours.