Dual-Wavelength Picosecond Fiber Laser for Nonlinear Microscopy - CARS and SRS

Specifications

Bandwidth: 1400 nm
Center Wavelength: 1037.5 nm
Output Power: 250 mW
Polarization: Linear
Wavelength Range 1: 1025-1050 nm
Wavelength Range 2: 770-960 nm
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Features

The following specs show only our exemplary main platforms. We happily customize a system exactly to your needs. We show the specs for the CARS standard version / CARS high-resolution version / SRS version



  • Tuning range:
    2700 cm-1 to 3300 cm-1 /
    2700 cm-1 to 3300 cm-1 /
    1400 cm-1 to 3800 cm-1
    (further extendable with large bandwidth options)

  • Tuning speed:
    < 1 s (full-range) /
    < 2 s (full-range) /
    < 8 s (full-range)

  • Output wavelength 1: 1015 nm ... 1070 nm

  • Output wavelength 2: 750 nm ... 960 nm

  • Spectral width wavelength 1 (FWHM):
    < 15 cm-1 /
    < 15 cm-1 /
    < 15 cm-1 (>2000cm-1) and < 20 cm-1 (<2000cm-1)

  • Spectral width wavelength 2 (FWHM):
    < 40 cm-1 /
    < 15 cm-1 /
    < 15 cm-1 (>2000cm-1) and < 20 cm-1 (<2000cm-1)

  • Repetition rate wavelength 1:
    1 MHz ... 3 MHz /
    1 MHz ... 4 MHz /
    18 MHz

  • Repetition rate wavelength 2:
    1 MHz ... 3 MHz /
    1 MHz ... 4 MHz /
    9 MHz

  • Pulse duration wavelength 1 (FWHM) : < 60 ps

  • Pulse duration wavelength 2 (FWHM) : < 30 ps

  • Average power wavelength 1:
    > 100 mW @ 1 MHz and > 300 mW @ 3 MHz /
    >  50 mW @ 1 MHz and > 200 mW @ 4 MHz /
    > 200 mW @ 18 MHz

  • Average power wavelength 2:
    > 10 mW @ 1 MHz and > 30 mW @ 3MHz /
    > 15 mW @ 1 MHz and > 60 mW @ 4 MHz /
    > 50 mW @ 9 MHz

  • RIN of wavelength 1: - / - / < -145 dBc/Hz @9 MHz

  • Polarization: Linear

  • Beam quality: Fiber-coupled or free space (M^2 < 1.2) / Free space (M^2 < 1.2)

  • Dimensions laser (W×D×H):
    260 mm × 320 mm × 150 mm /
    560 mm × 410 mm × 140 mm /
    710 mm × 410 mm × 140 mm

  • Mass: < 15kg / < 35kg / <35kg

  • Power consumption: < 100 W (24 V power supply)

  • Cooling: air-cooled

Applications


  • CARS spectroscopy and microscopy

  • Microscopic multi-modal nonlinear imaging (CARS, SHG, TPEF)

  • SRS microscopy