SEMICONDUCTOR LASER

SEMICONDUCTOR LASER

Introduction

  • Semiconductor lasers, also known as laser diodes (LD), are lasers that use semiconductor materials as working substances. Semiconductor lasers have the advantages of small size, light weight, reliable operation, low power consumption, high efficiency and long working life, and are widely used in industry and other fields.

 Features

  • Easily use, high stability, regular speckle, long lifetime
  • High-efficiency conduction and heat dissipation, pluggable optical fiber, temperature-controlled thermistor

 Applications

  • Lighting, examination, scientific research
  • 660nm LD-S Series Low Noise Laser

    660nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 640nm LD-S Series Low Noise Laser

    640nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 589nm LD-S Series Low Noise Laser

    589nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 561nm LD-S Series Low Noise Laser

    561nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 532nm LD-S Series Low Noise Laser

    532nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 520nm LD-S Series Low Noise Laser

    520nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 488nm LD-S Series Low Noise Laser

    488nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 457nm LD-S Series Low Noise Laser

    457nm LD-S Series Low Noise Laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 405nm LD-S series low noise laser

    405nm LD-S series low noise laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 375nm LD-S series low noise laser

    375nm LD-S series low noise laser

    Low noise

    Application:  Confocal microscopy , DNA

     

     

     

    The low-noise laser adopts semiconductor laser or solid-state pump laser, which can output various wavelengths from ultraviolet to infrared. It has good beam quality, various modulation methods, stable and reliable operation, compact and miniaturized structure, and is suitable for life science and optical instruments. , material testing and other fields.

  • 1550nm Infrared Laser-10W

    1550nm Infrared Laser-10W

    1550nm Laser-W10 

    Wavelength:1550nm

    Output Power :0~10W(customizable15W)

    Beam divergence angle:~1mrad

    Supply voltage:230 VAC 50 – 60 Hz(115 VAC optional)

    It has the advantages of small size, light weight, reliable operation, low power consumption, high efficiency and long working life, and is widely used in industry, ranging, radar and other fields.

  • 1310nm/1550nm Infrared Laser-3mW

    1310nm/1550nm Infrared Laser-3mW

    1310nm Laser-MW3

    Wavelength:1310nm/1550nm

    Output Power :0~3mW

    The optical fiber connector:SMA905

    Supply voltage:230 VAC 50 – 60 Hz(115 VAC optional)

    It has the advantages of small size, light weight, reliable operation, low power consumption, high efficiency and long working life, and is widely used in industry, ranging, radar and other fields.

     

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