Completely safe cleaning for all types of surfaces, removes impurities without sanding or damaging the surface.
LASER CLEANING TECHNOLOGY
TOUCH-FREE TECHNOLOGY
GREAT ACCURACY
LOW OPERATING COSTS
ENVIRONMENTALLY FRIENDLY
SELECTIVE
COST EFFECTIVE
DRY AND CLEAN
NO CHEMICALS
LASER CLEANING
Completely safe cleaning for all types of surfaces,
removes impurities without sanding or damaging
the surface.
LASER CLEANING
MONUMENTS AND INDUSTRY
TOUCH-FREE TECHNOLOGY
GREAT ACCURACY
LOW OPERATING COSTS
ENVIRONMENTALLY FRIENDLY
SELECTIVE
COST EFFECTIVE
DRY AND CLEAN
NO CHEMICALS
LASER CLEANING
NEW TECHNOLOGY
OFFERS NEW OPPORTUNITIES
We have the latest laser cleaning technology that supports cleaning processes in industrial and historical facilities. Our mobile laser system allows us to offer services anywhere. The laser sources of the leading company Ipg Photonics used in our devices ensure the highest quality of services. Our offer covers countless areas of application processes within various industries.
INDUSTRY EXAMPLES
NEW TECHNOLOGY
OFFERS NEW OPPORTUNITIES
We have the latest laser cleaning technology that supports cleaning processes in industrial and historical facilities. Our mobile laser system allows us to offer services anywhere. The laser sources of the leading company Ipg Photonics used in our devices ensure the highest quality of services. Our offer covers countless areas of application processes within various industries.
LASER CLEANING
High-tech solutions, global innovation and technological expertise with a focus on environmentally friendly workmanship.
BlueStream Laser Scandinavia is a company composed of enthusiasts who are aware that new technology offers new opportunities.
We are passionate about high-tech solutions, global innovation and expertise with a focus on environmentally friendly workmanship. Our engineers are involved in a broadly understood material engineering that is crucial for creating a sustainable development of solutions and together with our partners we are convinced that LASER CLEANING IS THE FUTURE.
We solve challenges related to surface treatment, technical cleaning, as well as restoration and maintenance of the cultural heritage, such as older historic buildings, sculptures and tombs, monuments in metal, stone and wood. Thanks to laser cleaning, we are able to achieve an incomparably better result than by using traditional methods.
The modern laser technology removes surface coatings, rust, salt and other impurities with a very powerful laser beam, without physical contact with the substrate which guarantees that the surface is not sanded or damaged. The method is environmentally friendly, safe, gentle and disinfectant for all surfaces, no chemicals or sandblasting is required. Laser is dry and clean, leaves no secondary waste and is safe to use.
Our task is to ensure you, as a customer, products and maintenance services of the highest quality, and we have the necessary knowledge, experience and technology to do so.
BlueStream Laser Scandinavia is a company composed of enthusiasts who are aware that new technology offers new opportunities.
We are passionate about high-tech solutions, global innovation and expertise with a focus on environmentally friendly workmanship. Our engineers are involved in a broadly understood material engineering that is crucial for creating a sustainable development of solutions and together with our partners we are convinced that LASER CLEANING IS THE FUTURE.
We solve challenges related to surface treatment, technical cleaning, as well as restoration and maintenance of the cultural heritage, such as older historic buildings, sculptures and tombs, monuments in metal, stone and wood. Thanks to laser cleaning, we are able to achieve an incomparably better result than by using traditional methods.
The modern laser technology removes surface coatings, rust, salt and other impurities with a very powerful laser beam, without physical contact with the substrate which guarantees that the surface is not sanded or damaged. The method is environmentally friendly, safe, gentle and disinfectant for all surfaces, no chemicals or sandblasting is required. Laser is dry and clean, leaves no secondary waste and is safe to use.
Our task is to ensure you, as a customer, products and maintenance services of the highest quality, and we have the necessary knowledge, experience and technology to do so.
PARTNERS
The strength of our deliveries is that together with our partners we can offer your company a complete solution that suits YOUR industry and your needs.
ADVANTAGES OF FIBER LASER CLEANING
Lasers can provide high-speed cleaning and surface preparation in virtually all industries. The low-maintenance, easily automated process can be used to remove oil and grease, strip paint and coatings, to modify surface texture, for example adding roughness to increase adhesion.
- No abrasive materials are used, with no problems of contaminant separation and disposal
- No solvents are used - chemical-free and environmentally friendly process
- Spatially selective – cleaning only the area required
- Non-contact process never degrades in quality
- Cleaning process that can lower operating costs by eliminating labor while giving greater consistency in results
1. SAFETY
The laser cleaning method is used successfully in heavy industry, oil and gas industry, food industry, process industry, electronics industry, aerospace industry, engineering industry, textile industry, chemical industry, as well as in the renovation and restoration of cultural heritage, such as historic buildings, sculptures, tombs and monuments in architecture, sculpture, sculpture. and technology.
Laser cleaning provides greater levels of control than are available for any competing process. The highly focusable and steerable laser beam can be directed precisely as desired, while sensitive and repeatable power settings deliver only the amount of energy that is called for. The laser beam does not interfere with the material, it selectively removes only the exposed impurities. Thanks to this, it can be used on the most delicate surfaces, without causing surface deformation or material loss.
2. VERSATILITY
Sometimes the article consists of materials of different types and the application of methods used so far becomes problematic, because the different specificity of each material requires the use of a different preservation technique.
The laser removes up to 98% of surface impurities, ensuring the highest standard of cleanliness of all available methods. No use of abrasives allows cleaning the elements without dissasembling them and without the possibility of abrasive getting into the moving parts of machines.
3. SELECTIVITY
Selective removal of single layers from a surface. If the surface of the object is covered with several layers of coating, we can (by setting the so-called laser ablation threshold) successively reveal subsequent repainting.
The advanced control system provides a wide range of beam modifications, thanks to which we can selectively remove even particular layers of coatings without affecting the others. Depending on the requirements, we are able to control the thickness of the removal.
4. ECO FRIENDLY
Laser eliminates the formation of harmful substances completely, thus limiting their destructive effect on the cleaned object. In addition, the laser method is clean and dust-free, which makes it possible to use it in virtually all conditions.
Laser cleaning is a non-contact process that removes only the unwanted materials, with no abrasives or secondary components involved. The only used medium is electricity, and the impurities that evaporate are absorbed by the extraction system with a filter, thanks to which the process meets the highest enviromental standards.
1. SAFETY
The laser cleaning method is used successfully in heavy industry, oil and gas industry, food industry, process industry, electronics industry, aerospace industry, engineering industry, textile industry, chemical industry, as well as in the renovation and restoration of cultural heritage, such as historic buildings, sculptures, tombs and monuments in architecture, sculpture, sculpture. and technology.
Laser cleaning provides greater levels of control than are available for any competing process. The highly focusable and steerable laser beam can be directed precisely as desired, while sensitive and repeatable power settings deliver only the amount of energy that is called for. The laser beam does not interfere with the material, it selectively removes only the exposed impurities. Thanks to this, it can be used on the most delicate surfaces, without causing surface deformation or material loss.
2. VERSATILITY
Sometimes the article consists of materials of different types and the application of methods used so far becomes problematic, because the different specificity of each material requires the use of a different preservation technique.
The laser removes up to 98% of surface impurities, ensuring the highest standard of cleanliness of all available methods. No use of abrasives allows cleaning the elements without dissasembling them and without the possibility of abrasive getting into the moving parts of machines.
3. SELECTIVITY
Selective removal of single layers from a surface. If the surface of the object is covered with several layers of coating, we can (by setting the so-called laser ablation threshold) successively reveal subsequent repainting.
The advanced control system provides a wide range of beam modifications, thanks to which we can selectively remove even particular layers of coatings without affecting the others. Depending on the requirements, we are able to control the thickness of the removal.
4. ECO FRIENDLY
Laser eliminates the formation of harmful substances completely, thus limiting their destructive effect on the cleaned object. In addition, the laser method is clean and dust-free, which makes it possible to use it in virtually all conditions.
Laser cleaning is a non-contact process that removes only the unwanted materials, with no abrasives or secondary components involved. The only used medium is electricity, and the impurities that evaporate are absorbed by the extraction system with a filter, thanks to which the process meets the highest enviromental standards.
