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Dual-Wavelength Femtosecond Laser

Product Features:

Intelligent pulse recognition and real-time control

Maximum single pulse energy up to 100 μJ

Adjustable pulse width (200 fs ~ 10 ps) to meet diverse processing requirements

Supports multiple pulse control modes including Burst/PSO/POD

Stable and reliable integrated structural design


Application Fields:

Semiconductor wafer processing

New energy battery material processing

Optical waveguide chip processing

Femtosecond grating inscription

Polymer material processing and treatment


Dual-Wavelength Femtosecond Laser

- Type: A fiber femtosecond laser with extremely high stability and reliability - Core Technology: Adopts an original intelligent active stabilization system, providing excellent stability and anti-interference capability through global intelligent recognition of femtosecond pulses and global optimal control of laser parameters - Technical Parameters: Integrates two optional output wavelengths of 1030nm and 515nm, pulse width less than 200 fs, and single-pulse energy up to 100 μJ - Application Fields: Widely used in semiconductor wafer processing, photovoltaic solar cell processing, grating writing, optical waveguide chip processing, polymer material processing and surface treatment, etc. ISL-DW 系列

Product Data
  • SPECIFICATIONS

    iNFA-1030-250-20

  • Center wavelength

    1030+/-5nm

  • Average power

    5~20 W

  • Pulse Energy

    20uJ

  • Pulse Duration

    <250 fs

  • Peak Power

    >100 MW

  • Repetition Rate

    1Hz~1MHz

  • Beam Quality

    M2≤1.3

  • Beam Divergence

    <3 mrad, 2θ

  • Beam Circularity

    ≥85%

  • Beam Diameter

    4 ±1 mm, 1/e2

  • Polarization Ratio

    >100:1

  • Polarization Direction

    Horizontal

  • Pulse Stability

    +/-5% Minimum Pulse Width @72 hours

  • Power Stability

    <0.5% RMS @72 hours

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