威廉希尔官方下载Mar 28, 2020
The laser is a new light source in the 1960s. The laser is widely used because of its good directivity, brightness, and monochromaticity. Laser processing is one of the most promising fields of laser application. Now more than 20 laser processing technologies have been developed. The laser has the characteristics of good monochromaticity, strong directivity, and high brightness. There are several thousand kinds of laser working materials, ranging from soft X-rays to far-infrared. The core of laser technology is the laser. There are many kinds of lasers, which can be classified according to working substance, excitation mode, operation mode, working wavelength, and other different methods. According to different requirements, some special technologies are adopted to improve the beam quality and single technical index of the output laser. The widely used cell technologies include resonant cavity design and mode selection, frequency doubling, tuning, Q-switch, mode-locking, frequency stabilization, and amplification.
In recent years, with the rapid development of laser technology, the sustainability and practicability of laser have been greatly improved, and the application range in the current processing field is expanding, which provides efficient solutions for the current processing and production. At the same time, the electronic technology and software technology are constantly making a qualitative leap, which promotes the development of laser technology, makes the application control of laser more convenient and accurate, and provides a broader stage for laser application, which is widely used in the current pharmaceutical, electronic industry, automobile manufacturing, aerospace, shipping, and other fields. With the rapid development of pharmaceutical, manufacturing, and automobile fields, the demand and application space of laser marking equipment are increasing year by year. Different from the traditional marking equipment, laser processing has the characteristics of high efficiency, accuracy, fast speed, long-lasting marking, etc., and has many advantages that the traditional marking equipment cannot match.
Laser marking technology is the largest application field of laser processing. According to the latest market research report, the global laser processing market is expected to reach USD 17.36 billion in 2020. Therefore, the application space of laser marking processing in the future is quite broad. Like the optical fiber laser marking machine now, it has a long service life, low maintenance cost, high beam quality, good photoelectric conversion effect, and can accurately size characters to the order of a micrometer. It is widely used in the anti-counterfeiting field of many products now. At the same time, there are many fields such as electronics, instruments, communication equipment, packaging, beverage, battery, sanitary ware, electronic components, integrated circuit (IC), electrical appliances, mobile phone communication, hardware products, tool accessories, precision instruments, glasses and watches, jewelry accessories, automobile accessories, machinery manufacturing, plastic buttons, plastic marking, cutting, assembly line clothing, cloth, etc More and more abandon the traditional processing and use the laser marking to process and manufacture. Although the price of the laser marking machine is more expensive than the traditional marking equipment, laser processing is more high-quality, efficient, pollution-free, and low-cost. Therefore, in the future, with the continuous improvement of the industrial process requirements, as well as the continuous exactness of the product quality, the laser marking machine is more and more expensive The mark application will be broader and the application stage will be broader.