Detailed Introduction:

With the widespread use of aluminum alloys, stainless steel, carbon steel and other profiles in rail transit, laser cutting technology has been rapidly introduced into various aspects of rail transit vehicle production and manufacturing. Taking car body manufacturing as an example, metal plate cutting is the first process, and the cutting accuracy of the plate is often related to the welding quality of the car body, and even to the normal operation of the final train. Therefore, the accuracy of metal material cutting is the first hurdle to be controlled in vehicle manufacturing.

For rail transit manufacturing enterprises, before introducing laser cutting machines, workers had high labor intensity and poor working environment, especially the smoke and dust generated during traditional cutting processes, which had a significant impact on the physical and mental health of operators; After the introduction of laser cutting machines, enterprises have saved processing and production costs, saved time costs, and laser cutting does not require mold consumption, so there is no need to make and repair molds.

Laser cutting, as an advanced manufacturing technology, has many advantages in the application of rail transit, such as wide application range, flexible process, high cutting accuracy, good quality, clean production process, and easy realization of automation, flexibility, intelligence, and improvement of product quality.