What is the working principle of the ground -orbit laser cutting machine?

　　What are the working principles of the rail -orbiting laser cutting machine?

　　Local -orbit laser cutting machine is an advanced cutting equipment that is widely used in the metal processing and manufacturing industry. Its working principle is based on laser technology and cuts metal materials through laser beams. In this article, we will introduce the working principles of the ground rail laser cutting machine and its importance in the manufacturing industry in detail.

　　The working principle of the ground -orbit laser cutting machine can be simply summarized into three steps: laser generation, laser focus, and material cutting.

　　First, laser generation is the basis for the work of rail -orbiting laser cutting machines. Laser produces high -energy laser beams. This laser beam has the characteristics of monochrome, direction and coherence. Local -orbit laser cutting machines usually use fiber laser or carbon dioxide laser to generate laser beams, which can provide stable and high -quality laser energy.

　　Next, the laser beam is focused on a very small point through the optical path system. The focusing system is usually composed of lenses, which can focus the laser beam from a large area into a very small point. Such a focus effect makes laser energy concentrate in small areas, thereby achieving high -precision cutting.

　　After that, when the laser beam focuses on the surface of the workpiece, the laser energy is absorbed by the material and rises rapidly, resulting in local melting or vaporization of the material. When the laser beam is moving on the surface of the workpiece, the auxiliary air will be blown out of the material of melting or vaporization, thereby forming a cutting gap. The motion system of the rail -orbiting laser cutting machine will control the movement of the laser beam according to the preset path to achieve precise cutting of the material.

　　The ground -orbit laser cutting machine can achieve high -speed and high -precision metal cutting by accurately control the energy and movement paths of laser beams. Compared with the traditional cutting method, the ground -orbit laser cutting machine has many advantages, such as fast cutting speed, high cutting quality, and high degree of automation. It has become an indispensable tool for modern manufacturing.

　　The working principle of the rail -orbiting laser cutting machine is simple and clear, but its complexity in practical applications is far more than that. The adjustment of various parameters, the optimization of the optical path system, and the consideration of material characteristics have had an important impact on the cutting result. Therefore, when using a ground -track laser cutting machine, an experienced operator needs to debug and control to ensure the quality of the cutting effect.

　　In short, the ground -orbit laser cutting machine achieves high -speed and high -precision cutting of metal materials through laser production, laser focus and material cutting. The understanding of its working principle is of great significance for improving the quality and efficiency of cutting. With the development of manufacturing, the ground -orbit laser cutting machine will play an increasingly important role in various fields.

　　Introduction: The rail -orbiting laser cutting machine is an advanced cutting equipment that uses laser technology for high -precision cutting. This article will introduce the working principles of the ground rail -type laser cutting machine and its importance in the manufacturing industry. Understanding the working principle of the ground rail -type laser cutting machine is of great significance to improving cutting quality and efficiency.