Views: 1074 Author: Site Editor Publish Time: 2023-09-06 Origin: Site
Cursor technology has been increasingly applied in the industry in recent years, and can be applied to all high resolution non-metallic materials such as gold, steel, copper, alloys, and so on (plastics, rubber, silicon wafers, etc.).
Compared with traditional ink printing, chemical etching, and screen printing, laser marking has the advantages of low cost, high flexibility, and fast speed.
Durability: The marking will not fade or change color due to environmental factors such as high temperature, low temperature, oxidation, touching acidic and alkaline gases, etc
Anti-counterfeiting type: The markings carved using laser marking and carving technology are not easy to modify or apply, and are free from tool wear, toxicity, and pollution.
Non contact: Laser marking is processed using a non mechanical "light knife", which can print markings on any regular or irregular surface. After marking, there will be no internal stress generated, ensuring the original accuracy of the work. No corrosion on the working surface. No reading, no tool wear, non-toxic, and pollution-free.
Wide applicability: Laser processing can be applied to various metals (copper, aluminum, iron, wood, etc.)
High accuracy of the 5 engraving machine: The laser marking machine carves fine patterns of objects, with a minimum line width of 0.04mm. Clear, long-lasting, and aesthetically pleasing markings. Laser marking can meet the need to print a large amount of data on extremely small plastic surfaces. For example, printing two-dimensional barcodes with higher precision and clarity requirements has stronger market competitiveness compared to embossing or jet marking methods.
Low operating cost: fast marking speed and one-time marking, low energy consumption, and low operating cost. Although the initial investment in purchasing machines is higher than the consumption of inkjet marking machines, combined with long-term operating costs, laser marking machines are lower.
High processing efficiency: Under computer control, the laser beam can move at high speed (5-7 meters/second), and the marking process can be completed in seconds.
