Laser Engraving Blanks
With the continuous deep development of semiconductor technology, the market demand is constantly turning. Semiconductor laser applications are constantly changing. From the initial low-power equipment to the current high-power equipment, semiconductor Laser Engraving Blanks has also shifted from some light processing areas to heavy processing areas. Back in the 1980s, semiconductor lasers were only used in optical storage and some niche applications. At the time, optical storage was the first large-scale application in the semiconductor laser engraver industry. The continuous innovation of semiconductor laser technology has promoted the development of optical storage technologies such as digital versatile discs (DVD) and Blu-ray discs (BD).
In the 1990s, optical networks became the main battlefield for semiconductor lasers. Later in the 1990s, semiconductor lasers became key processing and manufacturing equipment for communication networks. At present, the largest application of semiconductor lasers is as a pump source for fiber lasers and solid-state lasers. When Laser Engraving Blanks is used as a fiber laser pump source, the structure of the pump system can be fundamentally simplified and the power level of the pump can be improved by increasing the unit power. As fiber lasers and solid-state lasers have higher and higher output power requirements, higher requirements have been placed on the power of semiconductor pump sources.