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    1064nm 25W 2-PIN Fiber Coupled Diode Laser

    The 1064nm 25W 2-PIN Fiber Coupled Diode Laser have a high efficiency, stability and superior beam quality. The modules are achieved by transforming the asymmetric radiation from the laser diode chip into an output fiber with small core diameter by using special micro optics. Inpection and burn-in procedures guarantee reliability, stability and long lifetime of each modules.
  • 915nm 320W High Power Fiber Coupled Diode Laser

    915nm 320W High Power Fiber Coupled Diode Laser

    The 915nm 320W High Power Fiber Coupled Diode Laser has been developed for pumping, medical or materials processing applications. This diode laser has been designed to delivery very high output power for the fiber laser market and for direct system manufacturers to with a more compact pump configuration.Various output powers are available.
  • 1.5um Passive Matching Fibers

    1.5um Passive Matching Fibers

    Boxoptronics' 1.5um Passive Matching Fibers are matched with the erbium-ytterbium co-doped fiber, and the high matching performance reduces the splicing loss, ensuring the high-performance output of the erbium-ytterbium co-doped fiber in system applications.
  • 1610nm Coaxial SM Pigtailed Diode Laser

    1610nm Coaxial SM Pigtailed Diode Laser

    The 1610nm Coaxial SM Pigtailed Diode Laser consists of DFB lasers, having a fiber pigtail precisely attached for optimum coupling efficiency. This 1590nm center wavelength version has a typical 1.5 mW of output power and includes a back facet photodiode. The 9/125 singlemode fiber pigtail is terminated with an FC/APC or FC/PC style fiber optic connector. Applications include high-speed data and telecommunications systems and instrumentation, and optical instruments requiring a laser diode light source.
  • 1368nm 10mW DFB Butterfly Laser

    1368nm 10mW DFB Butterfly Laser

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    Scientists have developed a new type of laser that can generate a lot of energy in a short period of time, which has potential applications in ophthalmology and heart surgery or fine materials engineering. Professor Martin De Steck, director of the Institute of Photonics and Optical Sciences at the University of Sydney, said: The characteristic of this laser is that when the pulse duration is reduced to less than one trillionth of a second, the energy can also be "instantly "At its peak, this makes it an ideal candidate for processing materials that require short and powerful pulses.

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    Laser is a laser generating device and one of the core components in laser application equipment. As the core component of laser technology, lasers are strongly driven by downstream demand and have huge growth potential and broad application scenarios.

  • Narrow Linewidth Lasers

    Some laser applications require the laser to have a very narrow linewidth, that is, a narrow spectrum. Narrow linewidth lasers refer to single-frequency lasers, that is, there is a resonant cavity mode in the laser value, and the phase noise is very low, so the spectral purity is very high. Typically such lasers have very low intensity noise.

  • What is the difference between single-mode fiber and multi-mode fiber?

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    A superradiance light source (also known as an ASE light source) is a superradiance-based broadband light source (white light source). (It is often mistakenly called a superluminescent light source, which is based on a different phenomenon called superfluorescence.) Generally, a superluminescent light source contains a laser gain medium that is excited to radiate light and then amplified to emit light.

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    Erbium-doped fiber amplifier (EDFA, that is, an optical signal amplifier with erbium ion Er3 + doped in the core of the signal passing through) is the first optical amplifier developed by the University of Southampton in the UK in 1985. It is the greatest optical amplifier in optical fiber communication. One of the inventions. Erbium-doped fiber is an optical fiber doped with a small amount of rare earth element erbium (Er) ions in a quartz fiber, and it is the core of an erbium-doped fiber amplifier. Since the late 1980s, the research work of erbium-doped fiber amplifiers has continuously made major breakthroughs. WDM technology has greatly increased the capacity of optical fiber communications. Become the most widely used optical amplifier device in current optical fiber communication.

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