Gold Mark-Leading laser cutting equipment

Jinan Gold Mark is a dynamic supplier specializing in advanced laser equipment, is revolutionizing manufacturing processes with its cutting-edge laser cutting and welding systems. Established in 2016, the company combines engineering excellence with customer-centric innovation to deliver high-performance machinery tailored for industrial applications. Our flagship products—fiber laser cutting machines and laser welding machine—are designed to enhance productivity, accuracy, and cost-efficiency across diverse sectors, empowering businesses to achieve next-level operational performance.

Fiber laser tube cutting machine is an advanced equipment that uses fiber laser for tube cutting, which is efficient and precise. Its core lies in transforming traditional mechanical force processing into light energy processing, focusing high-energy laser beam to form a very small light spot, instantly gasifying the metal to form a cutting seam, thereby achieving high-precision tube cutting. Technical features and working principle The working principle of fiber laser tube cutting machine mainly includes three parts: laser generation and transmission, focusing and cutting, and control system and operation: Laser generation and transmission: The laser generates a high-energy laser beam and transmits it to the cutting head through an optical fiber or lens group. The laser beam is adjusted and focused by the reflector and lens to ensure accurate and stable transmission to the cutting area. Focusing and cutting: The cutting head focuses the laser beam on a very small light spot to increase the energy density. The high-energy laser beam irradiates the surface of the pipe, causing the material in the irradiated area to melt, vaporize or reach the ignition point quickly. At the same time, the high-speed airflow coaxial with the beam blows away the molten material to achieve the cutting of the pipe. Control system and operation: The control system consists of computer software and motion controller, which is responsible for designing and editing cutting graphics, and controlling the movement of the laser head on the pipe through the motion controller to achieve the predetermined cutting path and speed. By adjusting the cutting parameters (such as laser power, focal position, cutting speed and auxiliary gas injection, etc.), the accuracy and stability of the cutting process are ensured. Application scenarios and advantages Fiber laser pipe cutting machines are widely used in various pipe processing needs, including cutting, beveling, splicing, punching and hollowing. Its high-precision cutting effect makes the cutting surface smooth and delicate, without the need for secondary processing, and can flexibly cope with metal pipes of different shapes and sizes. In addition, laser cutting technology has become an indispensable tool in modern industrial production due to its high popularity and excellent industrial-grade production capacity.