Laser Cleaning Machine
Equipment Introduction The traditional cleaning industry has many cleaning methods, most of which use chemical agents and mechanical methods for cleaning. With the increasingly stringent requirements of environmental protection laws and regulations and th
Equipment Introduction
The traditional cleaning industry has many cleaning methods, most of which use chemical agents and mechanical methods for cleaning. With the increasingly stringent requirements of environmental protection laws and regulations and the increasing awareness of environmental protection and safety, the variety of chemicals that can be used for industrial production and cleaning will become less and less. How to find a cleaner, the non-damaging cleaning method is something we have to consider. Laser cleaning is considered to be the most reliable and effective solution because of its non-abrasive, non-contact, non-thermal effect and applicability to various materials. At the same time, laser cleaning can solve the problems that cannot be solved by traditional cleaning methods. Laser cleaning equipment is easy to operate. It does not chemical reagent, media or water, and can be cleaned by turning on the power. It can manually adjust the focus and clean the surface with high cleanliness.
Equipment Features
- No noise, no consumables, no chemical pollution, energy-saving, and power saving.
- No abrasion, no stress, no contact, minimal damage to the matrix.
- Fiber optic transmission, easy cleaning, and removable operation.
- Synchronized cleaning and synchronous treatment to achieve zero discharge during the cleaning process.
- Can achieve rapid cleaning of heavy contaminants and high-speed cleaning of light contaminants.
Equipment Application:
Laser cleaning machine can remove resin, grease, stain, dirt, rust, coating, coating, paint and so on. It’s widely used in various industries, such as shipping industry, automobile manufacturing industry, electronic processing, die industry, petrochemical industry, track industry, environmental protection industry and other industries.
| Model | NL-CQ500 | NL-CQ1000 | NL-CQ1500 |
| Max average power（W） | 500 | 1000 | 1500 |
| Power range（%） | 10 - 100 | ||
| Output central wavelength（nm） | 1080 | ||
| Bandwidth（nm） | 4-6 | ||
| Pulse repetition rate（kHz） | 20 | ||
| Fibre length（m） | 5 | 10 | |
| Min bending radius （mm） | 200 | ||
| System power supply requirement | 220 | 220、380 | |
| Power Consumption（W） | 6500 | <8000 | < 10000 |
| Operating temperature（℃） | +10 - +40 | ||
| Storage temperature（℃） | -10- +60 | ||
| Relative humidity（%） | 10-90 | ||
| System dimensions （L × W × H, mm） | 1100 × 700 × 1160 | ||
| Total weight（Kg） | - | ||
| Laser head weight（Kg） | ≤3 | ||
| Laser head type | 2D scanning | ||
| Laser head scanning range （mm x mm） | 100 × 100、180 × 180 | ||
| Laser head focus length（mm） | 200、300 | ||
| Laser head operating mode | Manual/Auto | ||
| Laser safety classification | Class 4 | ||
