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As the professional team of Eagle Laser , we will interpret the full process operation specifications of the split fiber laser marking machine in detail for you.

Today, we continue the discussion on the industrial chain and market size of China's laser processing equipment manufacturing industry in the previous issue, and take a look at the current status of the industry development. Current status of the development of the laser processing equipment manufacturing industry: In recent years, influenced by factors such as macroeconomic development, manufacturing industry upgrading, and national policy support, my country has become the world's largest industrial laser market to date. At the same time, with the proposal of "Made in China 2025", the continued growth of China's economy and the development of China's manufacturing industry have a strong driving effect on the market demand of the laser processing equipment industry, and have created favorable conditions for technological innovation in the laser processing equipment industry. In recent years, the localization rate of the industry has increased, the downstream fields of the industry have developed rapidly, especially the significant growth in sheet metal cutting demand, and the vigorous development of the microelectronics manufacturing industry have driven the rapid growth of the market size of my country's laser processing equipment industry. Data shows that the market size of China's laser processing equipment industry in 2024 will be about 89.9 billion yuan. From the perspective of market structure, laser cutting equipment is the largest sub-segment of laser processing equipment in my country, with a market share of about 39.27%, followed by laser welding equipment and laser engraving equipment, with market shares of 15.93% and 11.77% respectively.

Overview of laser processing equipment manufacturing industry: Laser processing is an industrial application of laser technology. It focuses a certain power of laser on the object to be processed, so that the laser interacts with the object, heats, melts or vaporizes the processed material to achieve the processing purpose. Laser processing is a typical non-contact processing. Compared with other processing methods, it has significant advantages such as fewer subsequent processes, good controllability, easy integration, high processing efficiency, low material loss, low environmental pollution, high flexibility and high quality. Laser processing equipment is a high-tech product that integrates a variety of high-tech technologies. It exists in almost all industrial sectors and reflects a country's production and processing capabilities, equipment level and competitiveness. Therefore, the laser processing equipment manufacturing industry is one of the industries that various countries pay the most attention to and develop the fastest. According to the nature of the laser, laser processing equipment can be divided into gas lasers, solid lasers, semiconductor lasers, liquid lasers, chemical lasers, free electron lasers, etc.; according to different functions, it can be divided into laser welding machines, laser engraving machines, laser cutting machines, laser marking machines, etc. Laser processing equipment manufacturing industry policy: In recent years, China's laser processing equipment manufacturing industry has received high attention from governments at all levels and key support from national industrial policies. The country has successively introduced a number of policies to encourage the development and innovation of the laser processing equipment industry. For example, in June 2023, the Ministry of Industry and Information Technology and other five departments issued the "Implementation Opinions on Improving the Reliability of the Manufacturing Industry", proposing to focus on improving the reliability of industrial mother machines such as vertical/horizontal machining centers, five-axis linkage machining centers, turning and milling composite machining centers, heavy CNC machine tools, large die-casting machines, hydraulic/servo presses, laser welding and cutting equipment, vacuum heat treatment furnaces, additive manufacturing, large high-end intelligent agricultural machinery, small and suitable agricultural machinery in hilly and mountainous areas, and other agricultural machinery equipment, industrial robots and other products. In January 2024, the Ministry of Industry and Information Technology and other seven departments issued the "Implementation Opinions on Promoting the Innovation and Development of Future Industries", proposing to develop intelligent manufacturing, biomanufacturing, nanomanufacturing, laser manufacturing, and circular manufacturing, break through key core technologies such as intelligent control, intelligent sensing, and simulation, promote flexible manufacturing, shared manufacturing and other models, and promote the development of industrial Internet and industrial metaverse. Time Department Policy Name Related Content: May 2022 MIIT and other 11 departments "Notice on Carrying out the "Hand in Hand Action" to Promote the Integration and Innovation of Large, Medium and Small Enterprises (2022-2025)" Driven by digitalization, promote collaborative innovation and technological transformation of large, medium and small enterprises, and enhance the technological transformation capabilities of small and medium-sized enterprises. June 2022 MIIT and other six departments "Industrial Energy Efficiency Improvement Action Plan" Promote energy-saving and efficiency-enhancing transformation in key industries, and develop green manufacturing processes such as laser heat treatment and laser cleaning. January 2023 Xinxiang Municipal People's Government "Xinxiang's 14th Five-Year Plan for Science and Technology Innovation and First-Class Innovation Ecosystem Construction Plan" Carry out the construction of industrial chains such as laser processing islands, intelligent manufacturing, laser processing and 3D printing equipment, and support the innovative development of the intelligent equipment industry. June 2023 MIIT and other five departments "Implementation Opinions on Improving Reliability in Manufacturing" Improve product reliability and promote the improvement of key reliability technologies such as laser welding, laser heat treatment, and composite laser additive manufacturing. January 2024 Henan Provincial People's Government "Henan Province Major Technical Equipment Research Plan (2023-2025)" Breakthrough the core technologies of high-end equipment such as laser cutting machine tools and laser radars, and promote the independent control of high-end equipment. January 2024 Ministry of Industry and Information Technology and other seven departments "Implementation Opinions on Promoting the Innovation and Development of Future Industries" Focus on future industries such as laser manufacturing and bionic manufacturing, promote the integrated development of intelligent manufacturing and future industries, and build a high-end equipment industry ecosystem. 4366-202507090925571348.png ​DateDepartmentPolicy NameRelated Content May 2022MIIT and 10 other departmentsNotice on Carrying Out the 'Joint Action' to Promote Collaborative Innovation Among Large, Medium, and Small Enterprises (2022–2025)Driven by digitalization, promote collaborative innovation and technological transformation among enterprises of all sizes, and improve the technological transformation capabilities of SMEs. June 2022MIIT and 5 other departmentsIndustrial Energy Efficiency Improvement Action PlanPromote energy-saving and efficiency-enhancing transformations in key industries, and develop green manufacturing processes such as laser heat treatment and laser cleaning. January 2023Xinxiang Municipal GovernmentXinxiang City's 14th Five-Year Plan for Scientific and Technological Innovation and First-Class Innovation Ecosystem ConstructionDevelop industrial chains including laser processing islands, intelligent manufacturing, laser processing and 3D printing equipment, and support the innovation and development of the intelligent equipment industry. June 2023MIIT and 4 other departmentsImplementation Opinions on Improving Manufacturing ReliabilityImprove product reliability and promote key reliability technologies such as laser welding, laser heat treatment, and composite laser additive manufacturing. January 2024Henan Provincial GovernmentHenan Province Major Technical Equipment Tackling Plan (2023–2025)Break through core technologies of high-end equipment such as laser cutting machines and LiDAR, and promote independent controllability of high-end equipment. January 2024MIIT and 6 other departmentsImplementation Opinions on Promoting the Innovation and Development of Future IndustriesFocus on future industries such as laser manufacturing and bionic manufacturing, promote the integration of intelligent manufacturing with future industries, and build a high-end equipment industry ecosystem.

​Portable fiber laser marking machine it is unanimously considered to be a new generation of products that may fully replace solid-state lasers. Portable fiber laser marking machine it is the use of laser beams to permanently mark the surfaces of various substances. The marking effect is to expose the deep material through the evaporation of the surface material, or to engrave traces through the physical changes of the surface material caused by light energy, or to burn part of the material through light energy, showing the patterns, texts, barcodes and other graphics that need to be etched.

Portable fiber laser marking machine is loved by customers for its friendly operation interface, easy to use, fast marking speed, high efficiency, delicate marking effect, clear, durable and other excellent performance in a working environment with limited space. However, in the actual operation process, operators often face some problems, resulting in reduced efficiency and even affecting production progress. In order to reduce the number of failures of portable fiber laser marking machine and improve work efficiency, as a portable fiber laser marking machine manufacturer, this article will explain to you three common problems and solutions in the use of fiber laser marking machine.

Note: The maintenance of the portable fiber laser welding machine must be carried out by specially trained personnel, otherwise it is easy to cause serious man-made damage. 1. In order to ensure that the laser of the portable fiber laser welding machine is always in normal working condition, after two weeks of continuous work or when it is stopped for a period of time, the components in the optical path such as the YAG rod, dielectric diaphragm and lens protection glass should be checked before starting the machine to ensure that the optical components are free of dust pollution, mildew and other abnormal phenomena. If there are any abnormal phenomena, they should be handled in time to ensure that the optical components will not be damaged under strong laser irradiation. (If the use environment of the portable fiber laser welding machine is relatively clean, the above inspection can be extended to one month or even longer).

​18. Is this technology suitable for historic preservation/restoration? Yes, but it all depends on the material and contaminants/coatings of the substrate. Our fiber laser rust removal machines have been used for historic preservation and restoration. 19. What is the smoke produced by the fiber laser rust removal machine? Where are the smoke particles? Anything on the surface may be present in the air. Smoke particles with handheld and mechanical automated cleaning lasers are either filtered in the built-in optics or absorbed with a separate channel.

1.Can fiber laser rust removal machine strip paint from brick or wood? Usually not. Materials such as brick are porous substrates, and laser cleaning is not ideal for such materials. Wood is a combustible material and will burn under sufficient laser exposure. 2.Can fiber laser rust removal machine clean pipes? Laser cleaning solutions are best suited for smaller target areas. Although we have some unique solutions that can clean certain inner diameters, we do not think it will work well for long pipes due to many technical and equipment limitations in the process. The best areas for laser cleaning are discoverable areas, such as areas visible to the naked eye.

In order to help more customers, operators and partners to deeply understand the details and operating skills of laser cutting, we have combined years of practical experience to compile a set of "pit avoidance guides".

In the past 3 months, we have received many customers' questions about the comparison between laser welding and traditional welding. Perhaps you have the same question. Is laser welding really a "more advanced" choice? Today we use 3 customer on-site cases to make a real comparison. Is it suitable for your production line?