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The new generation of pulsed laser cleaning device is a breakthrough in the cleaning industry. Thanks to the latest laser technologies, it is possible to effectively remove paints, oils, dirt, rust, deposits and resins, which are difficult to remove using traditional methods. Removing dirt or coatings is a non-contact process, which eliminates the risk of damaging the surface, does not cause material abrasion. This technology is used in various fields, from the automotive industry to aviation, shipbuilding - where traditional methods fail. The laser cleaning process is gaining recognition in companies dealing with renovation and sandblasting. Modern devices are equipped with advanced control systems, enabling precise adjustment of parameters to each task.
The new generation of surface cleaning device provides excellent efficiency and is characterized by ease of installation and operation. This makes it ideal for various applications, from industrial to utility. Removing paints, oils, dirt, rust, deposits or resins becomes easier than ever before, and all this thanks to advanced laser technology. Control in Polish.
One of the key advantages of laser cleaning is its environmental friendliness. The lack of need for chemicals means that this process does not cause chemical corrosion, which translates into a lower burden on ecosystems.
Additionally, thanks to precise control systems, the device can effectively clean a variety of surfaces, such as aluminum, stainless steel or structural steel, without the risk of damage. The ability to adjust the strength and shape of the beam also allows you to adjust the parameters to the surface being treated and your needs.
As a result, the fiber optic laser cleaning machine is becoming an irreplaceable tool in many industries, providing excellent cleaning results with minimal risk of material damage. Thanks to its versatility and effectiveness, it becomes an inseparable element of production and maintenance processes, contributing to both increased efficiency and environmental protection.
| Laser power | 200 W |
| Energy consumption | <3kW |
| Power | 240V |
| Laser frequency | 1～3000 (KHz) |
| Cable length | 7 m |
| Head weight | 0.71 kg |
| Weight | 200 kg(with water) |
| Dimensions | 700 x 1200 x 1250 mm |
| Noise generated | <60 Db A |
| Cooling system | water |
| Wavelength | 1060～1070 nm |
| Operating ambient temperature | 5 - 40 C |
| Type cleaning | Contactless |
Manufacturer: Cormak
CORMAK JERZY ZALEWSKI
street Brzeska 120, 08-110 Siedlce, Poland
phone: +48 501 944 934
export@cormak.pl
phone: +48 609 939 400
export@cormak.pl
phone: +48 609 939 051
export@cormak.pl
phone: +48 609 939 741
export@cormak.pl
CZL1000 Fiber Optic Cleaning Laser
The new generation of laser cleaning devices is a breakthrough in the cleaning industry. Thanks to the latest laser technologies, it is possible to effectively remove paints, oils, dirt, rust, deposits and resins that are difficult to remove using traditional methods. Removing dirt or coatings ...More
CZL2000 Fiber Optic Cleaning Laser
The new generation of laser cleaning equipment is a breakthrough in the cleaning industry. Thanks to the latest laser technologies, it is possible to effectively remove paints, oils, dirt, rust, tarnish and resins that are difficult to remove using traditional methods. Laser cleaning offers many ...More
The new generation of pulsed laser cleaning device is a breakthrough in the cleaning industry. Thanks to the latest laser technologies, it is possible to effectively remove paints, oils, dirt, rust, deposits and resins, which are difficult to remove using traditional methods. Removing dirt or coatings is a non-contact process, which eliminates the risk of damaging the surface, does not cause material abrasion. This technology is used in various fields, from the automotive industry to aviation, shipbuilding - where traditional methods fail. The laser cleaning process is gaining recognition in companies dealing with renovation and sandblasting. Modern devices are equipped with advanced control systems, enabling precise adjustment of parameters to each task.
