Classification of laser marking machine
2023-05-16
Laser Marking Machine is a kind of machine and equipment that uses laser technology for marking. It has fine, efficient and durable features and is widely used in many industries. Let's discuss the principle, classification, application and development of laser marking machine.Laser Marking Machine First, the principle of laser marking machine Laser marking machine is to use the high energy beam of laser to engrave, cut, punch and other operations. The laser beam can be controlled by a high-speed oscillator to achieve the engraving on the surface of the workpiece. The laser marking machine can also be used for different processing methods such as oxidation, non-oxidation and depth engraving according to the demand.Handheld Laser Welding Machine Second, the classification of laser marking machine Laser marking machine can be divided into CO2 laser marking machine, fiber laser marking machine, semiconductor laser marking machine and several other types. Different types of laser marking machines have their own characteristics and scope of application.Laser Rust Remove Machine 1.CO2 laser marking machine CO2 laser marking machine is a kind of marking machine which adopts high energy CO2 laser as the light source, the wavelength of CO2 laser is 10.6μm, which can make most non-metallic materials absorb light energy rapidly and make the surface of the object produce high temperature, so as to carry out engraving. The advantage of CO2 laser marking machine is that it has higher power, can engrave deeper, and is suitable for engraving on a variety of non-metallic materials. But its disadvantage is the lower precision, slower speed, not suitable for metal material engraving. 2.Fiber laser marking machine Fiber laser marking machine is a kind of laser marking machine using fiber laser as the light source. The wavelength of fiber laser is 1.06μm, which can effectively engrave metal materials. The advantages of fiber laser marking machine are lower power, faster speed, higher accuracy, and suitable for engraving metal materials. But its disadvantage is the shallow depth of engraving. 3.Semiconductor laser marking machine Semiconductor laser marking machine is a kind of laser marking machine using semiconductor laser as the light source. The wavelength of the semiconductor laser is the same as that of the fiber laser, which is 1.06μm and can be used for engraving of metal materials. The advantages of semiconductor laser marking machine are smaller power, compact size, easy handling and operation. However, the disadvantage is that the engraving depth is shallow and the application range is relatively narrow. Third, the application of laser marking machine Laser marking machine is widely used in machinery manufacturing, electronics, instrumentation, hardware and other industries. In machinery manufacturing, laser marking machine can mark mechanical parts, serial numbers, brands and other information engraved to improve production efficiency and quality. In electronics, instruments and meters, laser marking machine can engrave LOGO, code, time and other information on components. In hardware manufacturing, laser marking machine can engrave hardware with LOGO, composition and other information to improve the quality and brand effect of products. Fourth, the development of laser marking machine With the development of science and technology and economy, people's demand for laser marking machine is getting higher and higher, and its application range is getting wider and wider. Future laser marking machine may develop in the following direction: 1, the development and application of high energy laser marking machine, which can engrave more materials. 2, the intelligent development of laser marking machine, through intelligent technology to improve the accuracy and efficiency of laser marking machine. 3, the compact size of the laser marking machine, more convenient to move and carry, but also more convenient robot operation. 4, the green laser marking machine, the use of more environmentally friendly laser materials and cooling methods to reduce energy consumption.
