How to Choose Different Power Laser Cleaning Machines
Mar 07, 2025
Choosing the right power laser cleaning machine depends on several factors, including the material to be cleaned, the type and thickness of contamination, required cleaning speed.This article compares the efficiency and cleaning effect of different power laser cleaning machines to clean different materials, aiming to help customers better choose the right laser cleaning machine power.
★ Laser cleaning-200W-Air-cooled (Gaussian beam) -nanosecond pulse
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
4-6m2/h(F=420) |
The oxide film can be removed to reveal a certain metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
1)4-6m2/h(F=420) 2)0.8-1m2/h(F=254) |
The oxide on the weld surface is basically clean; Clean the oxides on the weld surface and on both sides of the weld. |
After welding cleaning |
|
oxide |
titanium alloy |
4-6m2/h(F=420) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
4-6m2/h(F=420) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
0.2-0.5m2/h(F=254) |
Can remove the oxide skin on the surface of carbon steel clean, revealing obvious metal brightness |
|
|
Oil: thinner |
Metal surface |
4-6m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
5-8m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
2-4 m2/h |
The rust layer can be removed clean |
|
|
enamelled coating |
Metal surface (paint layer thickness is about 100 μ m) |
0.8-1m2/h |
The paint layer can be removed clean |
|
|
Metal layer (1mm) |
almag |
0.004-0.005m2/h |
The metal layer can be stripped away |
Peel the metal layer of aluminum magnesium castings |
★ Laser cleaning-200W-water cooled (flat top beam) -nanosecond pulse
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
4-6m2/h(F=160) |
The oxide film can be removed to reveal a certain metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
1)3-6m2/h(F=160) 2)- |
1) The oxide on the weld surface is basically removed; 2)- |
After welding cleaning |
|
oxide |
titanium alloy |
4-6m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
4-6m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
- |
- |
- |
|
Oil: thinner |
Metal surface |
5-6m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
5-6m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
2-3m2/h |
The rust layer can be removed clean |
★ Laser cleaning-300W-water cooled (flat top) beam) -nanosecond pulse
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
5-6m2/h(F=160) |
The oxide film can be removed to reveal a certain metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
1)4-6m2/h(F=160) 2)- |
1) The oxide on the weld surface is basically removed; 2)- |
After welding cleaning |
|
oxide |
titanium alloy |
6-7m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
6-7m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
- |
- |
- |
|
Oil: thinner |
Metal surface |
6-8m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
6-8m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
3-4m2/h |
The rust layer can be removed clean |
|
|
enamelled coating |
Metal surface: Paint layer thickness of 60- About 80 μ m; Paint layer thickness of 100- At 150 μ and about m |
1)0.5-1.0m2/h 2)0.2-0.5m2/h |
The paint layer can be removed clean |
★ Laser cleaning-500W-water cooled (flat top beam) -nanosecond pulse (IPG-calculated)
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
10-12m2/h(F=160) |
The oxide film can be removed to reveal a certain metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
1)8-12m2/h(F=160) 2)- |
1) The oxide on the weld surface is basically removed; 2)- |
After welding cleaning |
|
oxide |
titanium alloy |
12-15m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
12-15m2/h(F=254) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
- |
- |
- |
|
Oil: thinner |
Metal surface |
12-16m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
12-16m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
6-8m2/h |
The rust layer can be removed clean |
|
|
enamelled coating |
Metal surface: Paint layer thickness of 60- About 80 μ m; Paint layer thickness of 100- At 150 μ and about m |
1)1.5-3.0m2/h 2)1.0-2.0m2/h |
The paint layer can be removed clean |
★ Laser cleaning-1000W-Water cooled (flat top beam) nanosecond pulse (Raycus)
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
8-12m2/h |
The oxide film can be removed to reveal a certain metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
1)8-12m2/h 2)- |
1) The oxide on the weld surface is basically removed; 2)- |
After welding cleaning |
|
oxide |
titanium alloy |
12-15m2/h |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
12-15m2/h |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
- |
- |
- |
|
Oil: thinner |
Metal surface |
18-22m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
18-22m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
6-8m2/h |
The rust layer can be removed clean |
|
|
enamelled coating |
Metal surface: Paint layer thickness of 60- About 80 μ m; Paint layer thickness of 100- At 150 μ and about m |
1)2.0-3.0m2/h 2)1.0-2.0m2/h |
The paint layer can be removed clean |
★ Laser Cleaning -1000W- Water Cooling (Flat top beam) - Nanosecond pulse (Rayco)modulation pulse
|
Cleaner |
base material |
Efficiency (m2 / h) |
effect |
typical case |
|
oxide |
alufer |
4-5m2/h(F=300) |
The oxide film can be removed to reveal a significant metal brightness |
Clean the aluminum alloy before welding |
|
oxide (face of weld) |
carbon steel |
4-6m2/h(F=300) |
The oxide on the weld surface is basically clean; |
After welding cleaning |
|
oxide |
titanium alloy |
4-6m2/h(F=300) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
oxide |
high-temperature alloy |
4-6m2/h(F=300) |
The oxide film can be removed to reveal a significant metal brightness |
Before welding cleaning |
|
High temperature oxidative skin |
carbon steel |
- |
- |
|
|
Oil: thinner |
Metal surface |
5-8m2/h |
The oil pollution can be removed clean |
|
|
Rust: rust |
carbon steel |
8-10m2/h |
The rust layer can be removed clean |
|
|
Rust: a certain corrosion |
carbon steel |
4-5 m2/h |
The rust layer can be removed clean |
|
|
enamelled coating |
Paint layer thickness of 60- About 80 μ m; Paint layer thickness of 100- 150 μ about m) |
1)1.5-2.0m2/h 2)0.8-2.0m2/h |
The paint layer can be removed clean |
