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Our factory provides fiber laser modules, ultrafast laser modules, high power diode lasers. Our company adopts foreign process technology, has advanced production and test equipment, in the device coupling package, module design has the leading technology and cost control advantage, as well as the perfect quality assurance system, can guarantee to provide the high performance for the customer, Reliable quality optoelectronic products. 

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  • 1310 nm Single Mode SM Fiber Optic Circulators

    1310 nm Single Mode SM Fiber Optic Circulators

    BoxOptronics' 1310 nm Single Mode SM Fiber Optic Circulators are available unterminated, with FC/PC connectors, or with FC/APC connectors. Our 1310 nm SM Fiber Optic Circulators have a maximum power handling of 500 mW (CW). The 1310 nm Single Mode SM Fiber Optic Circulators advanced micro optics design, it features low insertion loss, low polarization sensitivity, high isolation, and high stability. The excellent characteristics of this product make it an ideal choice for application in fiber amplifier systems, pump laser diodes, and optical fiber sensors.
  • 780nm Femtosecond Pulse Fiber Laser For Multiphoton Imaging

    780nm Femtosecond Pulse Fiber Laser For Multiphoton Imaging

    780nm Femtosecond Pulse Fiber Laser For Multiphoton Imaging use the latest femtosecond laser technology to achieve stable output of 780nm femtosecond pulse laser. With the characteristics of narrow laser pulse and high peak power.
  • C-band Micro Package EDFA Booster Fiber Amplifier Module

    C-band Micro Package EDFA Booster Fiber Amplifier Module

    The C-band Micro Package EDFA Booster Fiber Amplifier Module provide a small size 50×50×15mm Micro Package, it can be used to improve the optical signal power in the range of - 6dbm to + 3dbm, and the saturation output power can be up to 20dbm, which can be used after the optical transmitter to improve the transmission power.
  • 1653.7nm 13mW DFB TO-CAN Laser Diode For CH4 Sensing

    1653.7nm 13mW DFB TO-CAN Laser Diode For CH4 Sensing

    The 1653.7nm 13mW DFB TO-CAN Laser Diode For CH4 Sensing delivers reliable,Stable wavelength and high power output,With collimating lens. This single longitudinal mode laser is designed specifically for gas sensing applications targeting Methane(CH4). The narrow linewidth output improves application performance across a wide range of operating conditions.
  • 1310nm 10dBm SOA Semiconductor Optical Amplifier SM Butterfly

    1310nm 10dBm SOA Semiconductor Optical Amplifier SM Butterfly

    The 1310nm 10dBm SOA Semiconductor Optical Amplifier SM Butterfly is designed by using a high quality angled SOA chip and a TEC which can assure a stable amplified output for a large dynamic input signal. The devices are available in a standard, 14-pin butterfly package at the 1310nm and 1550nm bands. The SOA devices have high optical gain, high saturation output power, low polarization dependent loss, low noise figure and broad wavelength range. We have options of optical isolators for input and/or output side as well as output fibers of SM fibers, PM fibers and other special fibers per customer specifications. The products are Telcordia GR-468 qualified, and in compliance with RoHS requirement.
  • 915nm 40W Multi-Mode Pump Laser Module

    915nm 40W Multi-Mode Pump Laser Module

    The 915nm 40W Multi-Mode Pump Laser Module is designed and manufactured by BoxOptronics, It has high-performance and high-reliability requirements for fiber and solid-state laser pumping.
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  • Principle of Optical Fiber Polarization Controller

    Fiber polarization controllers create stress birefringence by wrapping the fiber around two or three circular disks, thereby forming independent waveplates that change the polarization state of light propagating in a single-mode fiber.

  • Important research achievements have been made in the field of new deep ultraviolet laser devices

    Recently, with the support of the National Natural Science Foundation of China, Shenzhen Basic Research and other projects, Assistant Professor Jin Limin, a member of Harbin Institute of Technology (Shenzhen) Micro-nano Optoelectronics team, cooperated with Professor Wang Feng and Professor Zhu Shide of City University of Hong Kong, and published a research paper in the internationally renowned journal Nature-Communications. Harbin Institute of Technology (Shenzhen) is the communication unit.

  • Four-wave mixing in WDM system

    In communications, Four Wave Mixing (FWM) is a coupling effect between light waves caused by the third-order polarization real part of the fiber medium. It is caused by the interaction of two or three light waves of different wavelengths at other wavelengths. The production of so-called mixing products, or new light waves in the sidebands, is a parametric nonlinear process. The reason for the four-wave mixing is that the light at a certain wavelength of the incident light will change the refractive index of the optical fiber, and the phase of the light wave will be changed at different frequencies, resulting in a new wavelength.

  • Four key challenges for Sensor Engineers

  • Selection principle of sensor

  • What kind of board does the sensor need?

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