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Gathering Laser

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AOML series high-repetition-rate nanosecond pulsed all-solid-state laser

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Equipment features:

▪ Compact structure with high compatibility ▪ Wide temperature range for use, operating temperature -20 to 60℃ ▪ Adaptive parameter control ▪ Fully air-cooled, industrial-grade design for 7*24 hours ▪ Mature technology, stable and reliable
  • Product parameters
  • Application fields
  • 1 

    Parameter Name

    AOML-100

    AOML-500

    AOML-1000

    AOML-3000

    AOML-6000

    Energy
    @1064nm/uJ

    ≥150

    ≥500

    ≥1000

    ≥3000

    ≥6000

    Energy
    @532nm/uJ

    ≥150

    ≥500

    ≥1000

    ≥1500

    ≥3000

    Energy
    @355nm/uJ

    ≥30

    ≥100

    ≥200

    ≥600

    ≥1000

    Energy Stability

    2%

    3%

    Pulse Width/ns

    <15ns

    Repetition Rate/kHz

    10

    5

    3

    1~2

    Beam Quality M2

    1.5

    2

    Beam Divergence /mrad

    <2

    <3

    Communication Protocol

    DB9 , RS232

    Cooling Method

    Air Cooling

    Water Cooling

    Power Supply

    28V DC or 24V DC

    220V AC

    Operating Temperature/℃

    -20~60

    -10~45

    Storage Temperature/℃

    -20~60

    Relative Humidity

    0~80%

  • The AOML series high repetition rate nanosecond pulse all-solid-state laser has characteristics such as high peak power, repetition rates above kHz, and pulse widths on the order of 10 ns.

    Using an end-face pumping + acousto-optic Q-switching/electro-optic Q-switching optical scheme, with a fully air-cooled design, it can meet the complex working conditions under a wide temperature range. The structure is stable and reliable, and after long-term customer validation, it can achieve 7×24 hours of trouble-free operation.

    Typically used as a supporting light source for atmospheric particulate laser radar, it is used for real-time monitoring of atmospheric environmental changes. The pulsed laser interacts with particles in the atmosphere to produce backscattered light, which is received by a telescope system. The photoelectric detection system and signal acquisition system then allow the computer to invert the spatial distribution of the extinction coefficient and depolarization coefficient of atmospheric particles, thus achieving atmospheric quality detection.

    Application Fields

    ▪ Atmospheric particulate detection

    ▪ Laser remote sensing and imaging

    ▪ Laser ranging

    ▪ Biomedical

    ▪ Laser processing

    Structural Dimensions

    1

    AOML-500 system integration dimension diagram

    1

    AOML-500 power supply board dimension diagram

Key words:

AOML series high-repetition-rate nanosecond pulsed all-solid-state laser

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