Grawostar Laser Cleaner 2500 CL6 is one of the most powerful machines on our offer. This powerful cleaning machine is one of the most modern solutions in the industry.
Laser cleaning has several significant advantages over mechanical methods:
- Precision: Laser cleaning allows for very precise removal of contamination from hard to reach or delicate surfaces, without the risk of damaging the material itself.
- Time-saving: Laser cleaning is faster than mechanical methods such as brushing or sandblasting, especially for large surfaces.
- Energy saving: Laser cleaning is more energy efficient than mechanical methods that require the use of additional equipment such as air compressors or a pressure generator.
- Ecology: Laser cleaning is a waste-free and ecological process, as it does not require the use of any chemicals or abrasives.
- Variety of applications: Laser cleaning can be used on various types of surfaces and various types of contamination, making it a universal solution.
- Efficiency: Laser cleaning is usually more efficient, and more effective than other methods and allows for better results, even with heavy contamination.
The laser focuses the beam using a lens or a complex arrangement of lenses. The lens focuses the laser light, concentrating it on a single point or plane. These lenses can be arranged in different configurations to achieve different spot sizes and shapes. The lens arrangement may also use a diaphragm or other optical elements to control the shape and size of the beam.
A laser cleaner is a device that uses laser energy to remove contaminants from the surfaces of various objects. Depending on the model, a laser cleaner can be designed to remove various types of contaminants, such as grease, dust, sediment, corrosion, rust, etc.
The basic element of a laser cleaner is a laser that generates a beam of focused energy. This beam is directed at the surface of the cleaned object. Depending on the power of the laser and the type of contamination, this beam can remove the contamination by melting it, sublimating it, or breaking it into smaller particles.
Laser cleaners come in different sizes and shapes, depending on their purpose and scale of use. They are used in industry, workshops, laboratories, and universities. Examples of applications include:
- Cleaning the surface of pipelines,
- Cleaning chimneys
- Removing corrosion from power tools,
- Cleaning the surface of printed circuit boards.
As you can see, a laser cleaner is a universal device that can be used to remove various types of contaminants from various surfaces. Depending on your needs, it is also possible to adjust the laser parameters to a specific application.
The rationale for selecting the right laser source depends on the specific application and may include the following factors:
- Power: The required laser power depends on the type and scale of the application. For example, lower power is required for laboratory applications, while higher power is needed for metalworking.
- Spectral characteristics: Laser sources can emit light at a variety of wavelengths, and the choice of laser source depends on the spectral characteristics of the material to be machined.
- Pulse duration: The pulse duration is important for some applications, such as laser scanning, where a short pulse is required to precisely scan a surface.
- Mode of operation: Some applications require a continuous laser beam, while others require pulsed operation.
- Safety requirements: Appropriate safety regulations, such as power limits, must be observed when working with lasers.
The 2500 CL6 model has a special design that completely eliminates the use and application of argon.
The system has a head cooled and protected by atmospheric air and is one of the few that does not generate additional costs.
The simple but innovative design of the head allows the use of a standard 20m long fiber optic cable (maximum 40 meters).
The flexible fiber optic cable allows access to places far away from the laser light generator.
Interesting articles about laser sources and recommendations for their reasonable selection can be found here and here.
