Color Laser Engraving
With the transformation and upgrading of manufacturing to high-end and intelligent, the market for laser equipment processing applications has continued to expand. Moore's Law, one of the founders of Moore's Law, predicted in 1965 that semiconductors would develop at a high speed, and the Institute of Electronics would gain widespread popularity and penetrate into a wide range of Color Laser Engraving applications. Looking back half a century later, this prophecy has been perfectly confirmed. Although the advantages of fiber lasers have great market potential, semiconductor lasers are currently the most widely used in the market. Semiconductor laser engraver is commonly known as laser diode, because it uses semiconductor material as a working substance, so it is called a semiconductor laser. Semiconductor lasers usually use working materials such as gallium arsenide, cadmium sulfide, and indium phosphide. They can be used as pump sources for fiber lasers and solid-state lasers, or they can directly output lasers as light sources.
$499.00 $499.00
$1,257.09 $1,257.09
$238.69 $89.99
The development of semiconductor lasers began in the 1960s, and has now been widely used in various industries. Relying on the advantages of compact structure, good beam quality, long life and stable performance, it has made great efforts in the fields of communication, material processing and manufacturing, military, medical and other fields. It is precisely because Color Laser Engraving equipment has a wide range of applications and involves many industries that the semiconductor laser market is large. According to OFweek industry research data, the market size of semiconductor lasers in 2017 reached US $ 5.31 billion, a year-on-year growth rate of 15%, accounting for 40% of the overall laser market share, and it is an absolute dominant position.