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Nanosecond Pulse Laser Manufacturers

Our development depends on the advanced equipment, excellent talents and continuously strengthened technology forces for Nanosecond Pulse Laser,Low Noise 1550nm Nanosecond Pulse Fiber Laser Module,Nanosecond laser, For high-quality gas welding & cutting equipment supplied on time and at the right value, you can count on organization name.
Nanosecond Pulse Laser, In the increasingly competitive market, With sincere service high quality products and well-deserved reputation, we always supply customers support on solutions and techniques to achieve long-term cooperation. Living by quality, development by credit is our eternal pursuit, We firmly believe that after your visit we will become long-term partners.

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  • Pure Silica Core Multimode Energy Transmission Fiber

    Pure Silica Core Multimode Energy Transmission Fiber

    The Pure Silica Core Multimode Energy Transmission Fiber is specially developed and designed for QBH transmission optical cable, and can transmit high-energy laser with low loss.
  • 1410nm DFB Pigtailed Laser Diode Single Mode Fiber

    1410nm DFB Pigtailed Laser Diode Single Mode Fiber

    This 1410nm DFB Pigtailed Laser Diode Single Mode Fiber has a built-in InGaAs monitor photodiode and an optical isolator integrated inside its package. Output power from fiber >2mW, This laser diode is suitable for applications in optical networks such as mobile communication systems and CATV systems.
  • 1370nm DFB Built In Isolator Butterfly Laser Diode

    1370nm DFB Built In Isolator Butterfly Laser Diode

    The 1370nm DFB Built In Isolator Butterfly Laser Diode High output power 4~ 100mW Built-in Isolator,TEC,Thermistor and Monitor PD Hermetically sealed 14 Pin Butterfly Package PAL and NTSC system loading available.
  • DWDM DFB Butterfly analog Laser Diode For CATV Application

    DWDM DFB Butterfly analog Laser Diode For CATV Application

    The DWDM DFB Butterfly analog Laser Diode For CATV Application is a Dense Wavelength-Division Multiplexing (DWDM) laser for analog applications. It features a distributed feedback chip that has been designed specifically for Radio Frequency (RF) applications. The DWDM DFB Butterfly analog Laser Diode has a wide temperature range for reliable performance in harsh node environments and narrow transmitter designs. It also features low adiabatic chirp to maximize signal quality in short and long lengths of fiber. The laser’s excellent inherent linearity minimizes degradation of the broadcast signals caused by quadrature amplitude modulated (QAM) channels. The versatile DWDM DFB Butterfly analog Laser Diode reduces cable network architecture fiber needs and lessens equipment requirements in the hub.
  • 1mm InGaAs/InP PIN Photodiode Chip

    1mm InGaAs/InP PIN Photodiode Chip

    The 1mm InGaAs/InP PIN Photodiode Chip offer superb response from 900nm to 1700nm, 1mm InGaAs/InP PIN Photodiode Chip is ideal for high bandwidth 1310nm and 1550nm optical networking applications. The device series offers high responsivity, low dark current and high bandwidth for high performance and low sensitivity receiver design. This device is ideal for manufacturers of optical receivers, transponders, optical transmission modules and combination PIN photo diode – transimpedance amplifier.
  • 1550nm 15dBm SOA Semiconductor Optical Amplifier BTF

    1550nm 15dBm SOA Semiconductor Optical Amplifier BTF

    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.
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  • What is a grating coupler?

    The grating coupler uses grating technology to couple optical signals into optical fibers, and uses the principle of grating diffraction to connect the transmitted optical signals with the optical field inside the optical fiber. The fundamental principle is to use high-frequency acoustic wave fields as gratings to divide light waves into many small light waves, and project them into optical fibers, thereby realizing the coupling and transmission and reception of optical signals.

  • 1.5 μm Band Single Frequency Fiber Laser

    Single-frequency lasers based on Er3+-doped or Er3+/Yb3+ co-doped gain fibers mainly work in the 1.5 μm band (C-band: 1530-1565 nm) and part of the L-band (1565-1625 nm). Its wavelength is in the C window of optical fiber communication, which makes the 1.5 μm band single-frequency fiber laser with narrow linewidth and low noise characteristics very important in coherent optical communication. It is used in high-resolution sensing, optical frequency domain reflectometer , laser radar and other fields also have a wide range of applications.

  • The global 980nm pump laser market will reach US$292.71 million in 2030

    A pump laser is a laser used to provide an excitation light source for a fiber laser or fiber amplifier. The emission wavelength of a 980nm pump laser is approximately 980 nanometers (nm).

  • Knowledge about Fiber Bragg Grating.

    Fiber Bragg gratings are optical components with a periodic structure that separate light into beams that propagate in predictable directions based on wavelength. Gratings serve as the core dispersive element of many modern spectroscopic instruments. They provide the critical function of selecting the wavelength of light required to perform the analysis at hand. Selecting the best grating for an application is not difficult, but it usually requires a degree of decision making when prioritizing the key parameters of the application.

  • Laser welding technology

  • Laser linewidth measurement

    Although both spectrum and frequency spectrum are electromagnetic spectrum, due to the difference in frequency, the analysis methods and test instruments of spectrum and frequency spectrum are very different. Some problems are difficult to solve in the optical domain, but it is easier to solve them through frequency conversion to the electrical domain.

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