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China Laser Cleaning Machine - FRZ-LC for Effective Surface Cleaning | Trusted Suppliers & Factory
Equipment Introduction
The principle of laser cleaning is mainly based on the thermal effect, photochemical effect, and shock wave effect generated by the interaction between laser and matter. When the laser beam is irradiated onto the surface of the material, pollutants absorb laser energy and quickly heat up, expand, vaporize, or peel off, thereby achieving cleaning.
The specific process of laser cleaning includes the following steps:
1
Energy absorption: Pollutants heat up after absorbing laser energy.
2
Physical and chemical changes: Pollutants undergo physical and chemical changes such as melting, combustion, or gasification.
3
Pollutant removal: Pollutants detach from the surface of the material without damaging the substrate.
Key Advantages
The advantages of laser cleaning include no grinding, non-contact, no thermal effect, and environmental friendliness. It is suitable for various materials and can solve problems that traditional cleaning methods cannot solve.
Application Scenario
Laser cleaning is widely used in the industrial field, such as removing dirt and coatings on the surfaces of metals, plastics, ceramics and other materials, especially suitable for cleaning precision parts and complex structures.
Application areas
Laser cleaning machine is widely used in the industrial field, such as removing dirt and coatings on the surfaces of metals, plastics, ceramics and other materials, especially suitable for cleaning precision parts and complex structures.
Technical parameters
| Model | FRZ-LCF | FRZ-LCU | FRZ-LCG | FRZ-LCC |
| Average output power(W) | 100-500 | 5-15 | 20-100 | 20-500 |
| Wavelength(nm) | 1070 | 355 | 532 | 10600 |
| Scan speed(mm/s) | 20000 | |||
| Scan length (mm) | 100--150 | |||
| Power range | 0--100% | |||
| Power supply | 220V±10%, 50Hz | |||
| Language | Chinese, English Korean, Japanese | |||
| Cooling mode | Air cooling or Water cooling | |||
Equipment pictures
Portable Bag Style
Trolley Case Style
Storage Box Style
Cabinet Style
Samples pictures
5G Filter Silver Layer Removal
Cell Phone Holder Rust Cleaning
Rust Layer Cleaning
Welding Seam Cleaning
Rust Removal of Keys
Polar Cleaning
Cleaning of Stainless Steel Oxide Layer
Cleaning of Black Ink on Glass Screen
Cleaning of Ink on Glass Screen
Videos
Frequently Asked Questions
What is the basic working principle of laser cleaning?
Laser cleaning is based on the interaction between a laser beam and contaminants. When the laser light is focused on the material's surface, the contaminants absorb the high-energy light, heating up rapidly. This causes them to expand, melt, vaporize, or peel off without damaging the underlying substrate.
What materials and contaminants can be treated with this system?
It is highly effective for removing rust, oxides, coatings, paint, silver layers, and industrial ink from surfaces such as metals, plastics, ceramics, and glass. It is especially suitable for cleaning precision parts and complex structures.
What are the main advantages of laser cleaning over traditional methods?
Unlike traditional chemical or mechanical methods, laser cleaning is a non-contact, non-grinding process that produces no thermal damage to the substrate. It requires no chemical solvents, making it highly eco-friendly and safe for delicate components.
How do the technical parameters vary between different machine models?
The models differ primarily in average output power and laser wavelength. For example, the FRZ-LCF model offers 100-500W at 1070nm (ideal for heavy rust and metal cleaning), whereas the FRZ-LCU model operates at 5-15W at 355nm (optimized for precision micro-cleaning).
What kind of cooling system do these laser cleaning machines require?
These systems support either Air Cooling or Water Cooling, depending on the specific model's power output and operational requirements to ensure long-term stability and high performance.