Laser cutting in steel structure processing

Laser cutting is an efficient and precise cutting technology used in the processing of steel structures. Compared with traditional mechanical cutting and flame cutting, laser cutting has the following advantages:

High precision: Laser cutting has high precision, narrow kerf width, and can ensure high dimensional accuracy of the cut steel components, meeting the requirements of high-quality processing.

Fast cutting speed: Laser cutting has a fast cutting speed, which can greatly improve production efficiency and save time and cost.

Strong adaptability: Laser cutting is suitable for cutting steel plates of various thicknesses and can be used to cut steel plates of different materials and shapes.

High automation level: Laser cutting can achieve automatic operation, further improving production efficiency and processing quality.

Environmental protection and energy saving: Laser cutting does not produce harmful substances during the process, and has a high energy utilization rate, which is beneficial to environmental protection and energy saving.

In steel structure processing, laser cutting is mainly used for cutting steel pipes and plates of various thicknesses, such as steel components in large ships, bridges, buildings and other fields. It can cut out steel plates of various shapes and sizes to meet the needs of different projects. Additionally, laser cutting can be combined with other steel structure processing technologies such as welding, punching, etc., to further improve production efficiency and processing quality.

In summary, laser cutting, as an efficient and precise cutting technology, has a wide application prospects in steel structure processing. With the continuous development of technology and the continuous reduction of costs, the application of laser cutting will become more extensive.