72011BLUE

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72011BLUE is an innovative technology developed to produce powerful blue lasers. It provides high power at shorter wavelengths than most traditional laser sources and has been used in a variety of applications. This article will discuss the various applications of 72011BLUE and its working principle.72011BLUE is a diode-pumped solid-state (DPSS) laser which is composed of a semi-conductor diode and a solid-state crystal like neodymium doped yttrium aluminum garnet (Nd:YAG). The semi-conductor diode emits light which is then absorbed by the Nd:YAG crystal, resulting in the production of blue light. The Nd:YAG crystal is optically pumped either directly (with laser diode light) or indirectly (with flashlamp light) to stimulate the emission of blue light with flashlamp pumping being preferred for higher power blue laser applications.72011BLUE has many applications, including display lighting, optical storage, laser printing, optical communication, optical metrology, medical/aesthetic modalities, military/security, and surveillance. In display lighting, blue lasers are used to backlight liquid crystal displays (LCDs) and organic light emitting diodes (OLEDs). In this regard, 72011BLUE is an ideal solution due to its small size, high efficiency, and low power consumption.The blue laser is also used in optical storage such as CD-ROMs, DVD-ROMs, and Blu-ray discs. The laser technology allows for greater storage capacity than traditional optical discs since it can encode more data in smaller packages due to its increased power and shorter wavelength. Additionally, the blue laser technology is used in laser printing, which offers higher-resolution printing with faster throughput than traditional laser printers.In optical communication, 72011BLUE is used in applications such as fiber optics, telecommunications systems, and wireless networks. 72011BLUE lasers are highly efficient for data transmission and provide greater security than more conventional laser sources. Additionally, the short wave lengths enable the use of a shorter cable length or fewer components, which reduces size and cost in optical communication systems.The optical metrology industry also utilizes blue laser technology for precision measurements and profilometry, including 3D scanning. 72011BLUE is used in medical/aesthetic applications such as laser skin treatments, tattoo removal, and vision correction. Its high power and short wave lengths are ideal for these applications as they provide better clinical results and faster healing times. Additionally, blue lasers are used in military and security applications for tactical surveillance, weapons designation, and mine detection.The working principle of the 72011BLUE laser is fairly simple. The laser is composed of a semiconductor diode and a solid-state crystal, typically Nd:YAG. When the semiconductor diode emits light, it is absorbed by the Nd:YAG crystal, resulting in the production of blue light. Furthermore, the crystal is optically pumped either directly or indirectly (with flashlamp light) to stimulate the emission of the blue light.In conclusion, 72011BLUE is an innovative technology developed to produce powerful blue lasers. This technology has revolutionized multiple industries and is used in a variety of applications. The technology is characterized by its small size, high efficiency, low power consumption, and high performance. The working principle is fairly simple, with the laser being composed of a semiconductor diode and a solid-state crystal which are optically pumped to stimulate the emission of blue light.

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