976nm 200mW PM Stabilized Laser Diodes Manufacturers

Our staff are generally while in the spirit of "continuous improvement and excellence", and while using the excellent high quality merchandise, favorable value and great after-sales services, we try to gain each customer's have faith in for 976nm 200mW PM Stabilized Laser Diodes, Adhering for the enterprise philosophy of 'customer initial, forge ahead', we sincerely welcome consumers from in the home and abroad to cooperate with us.
976nm 200mW PM Stabilized Laser Diodes, We aspire to meet the demands of our customers globally. Our range of solutions and services is continuously expanding to meet customers' requirements. We welcome new and old customers from all walks of life to contact us for future business relationships and achieving mutual success!

Hot Products

  • 980nm Pump FBG Fiber Bragg Grating Wavelength Lock

    980nm Pump FBG Fiber Bragg Grating Wavelength Lock

    The wavelength of a pump laser diode varies at different operating temperatures. The 980nm pump FBG Fiber Bragg grating wavelength lock is used to stabilize the wavelength and intensity of the optically amplified pump laser. By precisely locking the pump laser diode through feedback of a small portion of the laser signal, this type of control significantly improves the power and wavelength output accuracy and reliability of the pump laser. Specifically, it eliminates spectral mode jumps in the pump laser, reduces power intensity fluctuations caused by temperature and pump drive current variations, and greatly improves the performance of the pump laser. It is also commonly used for stabilizing distributed feedback lasers in wavelength division multiplexing systems, the optical path of tunable lasers, and fiber resonators in Raman systems. Depending on the customer's locking requirements for the pump laser, single-grating or dual-grating configurations are available. The dual-grating configuration further improves the output spectral characteristics of uncooled pump lasers.
  • 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.
  • 1550nm Continuous Swept Wavelength Laser Module

    1550nm Continuous Swept Wavelength Laser Module

    The 1550nm Continuous Swept Wavelength Laser Module adopts a dedicated semiconductor laser chip to realize high-speed scanning wavelength laser output from a single-mode fiber. The professionally designed drive circuit and TEC control ensure the safe and stable operation of the laser. Desktop or modular packaging is available.
  • 1530nm Pigtailed DFB Laser Diode With SM Or PM Fiber

    1530nm Pigtailed DFB Laser Diode With SM Or PM Fiber

    OEM and Customized service for 1530nm pigtailed DFB Laser Diode with SM or PM fiber. 14-pin butterfly laser diodes, single-mode or polarization maintaining fiber coupled FC/APC FC/PC SC/APC SC/PC connector, with integrated TEC, thermistor and photodiode.
  • 808nm 25W 62.5um Multimode Semiconductor Coupled Laser Diode for Pump Source

    808nm 25W 62.5um Multimode Semiconductor Coupled Laser Diode for Pump Source

    Box Optronics can provide the 808nm 25W 62.5um multimode semiconductor coupled laser diode for laser welding, material processing, pump source and other fields.
  • 808nm 12W Chip on Carrier (COC) Laser Diodes

    808nm 12W Chip on Carrier (COC) Laser Diodes

    The 808nm 12W Chip on Carrier (COC) Laser Diodes are an excellent choice for customers seeking high power state-of-art performance in a low cost standard submount design. BoxOptronics provided across the wavelength range of 8XX to 9XX and come in a variety of configurations including single mode and multimode devices for both CW and pulsed operation. Applications for BoxOptronics’ COC devices include OEM medical, pump source, military targeting, OTDR, range finding and illumination. Custom wavelengths and configurations available upon request.

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