Nanosecond laser Manufacturers

"Sincerity, Innovation, Rigorousness, and Efficiency" is the persistent conception of our company for the long-term to develop together with customers for mutual reciprocity and mutual benefit for Nanosecond laser,Low Noise 1550nm Nanosecond Pulse Fiber Laser Module,Nanosecond Pulse Laser, In case you are intrigued in any of our products or want to focus on a personalized get, please sense totally free to contact us. We're wanting ahead to forming successful enterprise relationships with new shoppers across the world during the in close proximity to long term.
Nanosecond laser, With the effort to keep pace with world's trend, we will always endeavor to meet customers' demands. If you want develop any other new solutions, we can customize them for you personally. If you feel interest in any of our products or want develop new merchandise, remember to feel free to contact us. We have been looking forward to forming successful business relationship with customers all over the world.

Hot Products

  • 915nm 50W Diode Laser For Printing Or Pumping

    915nm 50W Diode Laser For Printing Or Pumping

    The 915nm 50W Diode Laser For Printing Or Pumping is designed and manufactured by BoxOptronics, It has high-performance and high-reliability requirements for fiber and solid-state laser pumping.
  • 976nm 980nm Laser Diode 400mW Pump Fiber Coupled

    976nm 980nm Laser Diode 400mW Pump Fiber Coupled

    976nm 980nm Laser Diode 400mW Pump fiber coupled line of single mode, cooled 980 nm pump lasers deliver up to 700mW of fiber-coupled power. The modules are packaged using the unique, patent pending technology for permanent fiber alignment. provided superior end-of-life optical and electrical performance, achieved by maintaining a highly stable, all-axis alignment lock between the laser chip and the tip of the single-mode fiber. The hermetically sealed 14 pin butterfly package is available with a fiber Bragg grating and includes thermoelectric cooler, thermistor, monitor photodiode. The fiber Bragg grating precisely locks the center wavelength over extended power and temperature range. Center wavelengths in the range of 976 nm to 980 nm are available with tight wavelength control.
  • 1.5um Polarization Maintaining Passive Matching Fibers

    1.5um Polarization Maintaining Passive Matching Fibers

    Boxoptronics' 1.5um Polarization Maintaining Passive Matching Fibers are matched with the erbium- ytterbium polarization-maintaining fiber. The high matching performance reduces the splicing loss and ensures the high-performance output of the polarization-maintaining erbium-ytterbium fiber in system applications.
  • 1567nm DFB Butterfly Laser Diode For CO Sensing

    1567nm DFB Butterfly Laser Diode For CO Sensing

    The 1567nm DFB Butterfly Laser Diode For CO Sensing made by BoxOptronics which is a cost effective, highly coherent laser source. The DFB laser diode chip is packaged in an industry standard hermetically sealed 14 pin butterfly package with TEC and PD Built in.
  • 1560nm 30dB High-gain Semiconductor Optical Amplifier SOA Module

    1560nm 30dB High-gain Semiconductor Optical Amplifier SOA Module

    The Semiconductor Optical Amplifier (SOA) product series, is primarily used for optical signal amplification and can significantly increase the output optical power. The products feature high gain, low power consumption, and polarization maintenance, among other characteristics, and are fully processable with domestically controllable technology.
  • High Absorption Large Mode Field Erbium-ytterbium Co-doped Fiber

    High Absorption Large Mode Field Erbium-ytterbium Co-doped Fiber

    BoxOptronics High Absorption Large Mode Field Erbium-ytterbium Co-doped Fiber has a unique core low NA design, which can achieve high beam quality output without reducing the pump conversion efficiency. The high cladding NA ensures high pump coupling efficiency, and the large core diameter design ensures a large mode field area and a short fiber length, thereby greatly reducing the threshold of nonlinear effects. The fiber has good consistency, better suppression of 1um parasitic ASE, high light-to-light conversion efficiency, and good stability under high-power operation.

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