Tube and Profile Laser Cutting

Processed tubes and profiles have a wide range of applications. These materials are used in many sectors and industries such as the automotive industry, furniture design, architecture, petrochemical industry, or commercial vehicle production. Tube and profile laser cutting offers production and design capabilities that meet every need for building components for various sectors.

Users can choose between CO2 laser cutting systems and fiber laser cutting systems depending on the material, desired cutting quality, and efficiency for each request.

Fiber lasers have high-speed cutting capability on thin materials, reducing electricity consumption and maintenance costs while enabling cost-effective production. This laser cutting technology allows working with materials such as steel, stainless steel, aluminum, as well as valuable metals such as copper and brass.

CO2 lasers also stand out with high cutting quality. The recommended areas of use for this method are between medium to high material thicknesses. The burr-free edges created by the laser beam prevent crack formation. Thus, the cut parts can be used without requiring any additional processing.

2D and 3D Processing

The option to choose between 2D and 3D laser cutting technology allows for special and precise cutting processes for various variations of cut parts. It is possible to produce tubes in round, square, and angular forms as well as profiles with various cross-sections and openings (such as H, L, T, and U cross-sections). The 3D technology also allows for 45-degree slopes in addition to straight cuts. This versatility eliminates the need for expensive milling, drilling, mold cutting, or sawing processes.

In conclusion, tubes and profiles are used in various industries, from machine and facility production to furniture and petrochemical industries to automotive. Laser cutting, with its cost and flexibility advantages and new design opportunities, is attracting the attention of more and more designers every day, leading them to choose the advantages of laser-cut tubes and profiles, and increasing the demand for laser cutting.