CNC laser cutting machines

Laser metal cutting is the most precise and most modern type of metal cutting.

We have 2 lasers for cutting with high speeds and cutting accuracy up to a maximum thickness of 30 mm and a work table of 2000x6000 mm.

Laser metal cutting is the most precise and modern type of metal cutting. Metalopromet provides you with the best laser metal cutting service. We have 2 metal cutting lasers with high cutting speeds and accuracy. The first one cuts sheets up to a maximum thickness of 30 mm and its working table is 2x6m, and the second laser cuts up to 12mm thick and its table is 1.5x3m.

The laser performs the function of cutting various types of materials, namely: hot-rolled, cold-rolled and colored sheets. We are also able to cut prochrome, aluminum and copper. It should be emphasized that this laser of the latest generation gives us the possibility of making and cutting various sheet metal into irregular shapes and up to 30 mm thick. The biggest advantage is high precision, after which no additional processing is required. Panels as finished products in various dimensions and patterns can be ready for use very quickly, etc...

All information about metal laser cutting services offered by Metalopromet can be obtained by phone or e-mail on our contact page. Our expert team is available to answer all your questions and provide you with all the information you need about our products and services. Feel free to contact us. We look forward to your call and the opportunity to provide you with quality support and services that meet your needs.

Learn more about laser metal cutting

This technology is widely applied in various industries such as automotive, aerospace, electronics, furniture, advertising materials and many others. A laser is a powerful light source that can generate strong light directed into a narrow beam. This beam of light can be used to cut metal very precisely in specific places without physical contact with the material. Lasers are used to cut different types of metals such as steel, aluminum, tin, brass...

How does laser metal cutting work?

Laser metal cutting works by directing a beam of laser light at a specific part of the metal to be cut. The light energy is absorbed by the metal, resulting in rapid and controlled heat that melts the metal where the laser beam is directed. A gas jet or other type of mechanical force is then used to blow away the molten metal, thereby performing the cut.

Types of lasers used in metal cutting

There are different types of lasers used for metal cutting: CO2 lasers, Fiber lasers, Nd:YAG lasers, as well as disc lasers. We have 2 Fiber lasers for cutting with high speeds and accuracy cutting up to a maximum thickness of 30 mm and a work table of 2000x6000 mm. These are the most modern fiber lasers.

Fiber lasers

Fiber lasers use optical fibers as a light source, which allows for greater precision and cutting speed compared to other types of lasers. They are particularly effective in cutting thin metals such as aluminium, copper and brass.

Advantages of laser metal cutting

Laser metal cutting has numerous advantages compared to traditional cutting methods, such as mechanical cutting or plasma cutting. Some of the main benefits of laser metal cutting are:

High precision: Enables very precise cutting with minimal material damage, which is especially important when cutting complex shapes and details.

Cutting speed: A faster cutting method compared to many other traditional methods, allowing for greater productivity and efficiency in the production process.

Minimal thermal impact: Generates very controlled heat, which reduces the risk of deformation or changes in material properties due to excessive heating.

Flexibility: Allows cutting of different types of metal, as well as cutting of complex shapes and details, which provides greater flexibility in designing and manufacturing metal parts.

Environmental versatility: It does not require the use of additional chemicals or gases, making it more environmentally friendly compared to some other cutting methods.

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