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INFA intelligent femtosecond laser

• Product features:
Intelligent pulse recognition and real-time control
High power, narrow pulse, ultra stable
Large mode field double cladding nonlinear amplification
Single pulse energy 20 μ  J @ 1MHz
Pulse width less than 250 fs
Optoelectronic integrated design

• Application field:

Semiconductor wafer processing
Optical waveguide chip processing
Grating engraving

Processing of new energy materials
Polymer Material Processing and Treatment
Processing of hard and brittle materials in the 3C field

INFA intelligent femtosecond laser

The iNFA series femtosecond laser is an intelligent fiber femtosecond laser independently developed and manufactured by AIOPTICS . This product has the characteristics of high power, narrow pulse, and ultra stability. The iNFA intelligent femtosecond laser embeds intelligent recognition and control algorithms into the high-speed FPGA platform through global intelligent identification of femtosecond pulses and global optimization control of femtosecond laser parameters, achieving stable output femtosecond pulse state and controllable peak power. The laser adopts a double clad high mode field gain fiber combined with a three-level preamplifier to achieve nonlinear amplification of femtosecond pulses, with an integrated optoelectronic design and integrated water-cooled and air-cooled heat dissipation, easily achieving 250 fs pulse output with a single pulse energy of up to 20 μ J @ 1MHz. This product can be widely used in fields such as semiconductor wafer processing, optical waveguide chip processing, grating engraving, new energy material processing, polymer material processing and surface treatment.

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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