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AURORA-3P-Three-Photon Imaging Light

AURORA Series • Three-Photon Imaging Sources

AURORA-3P

Three-Photon Imaging Light

Tuning range:1250 - 1800 nm
Efficiency optimized for 1300 nm/1700 nm
Up to 1 MHz repetition rate
Output pulse width as short as 60 fs
Electromechanical design

Product Overview

AURORA-3P is a broadband tunable ultrafast laser source specifically developed for three-photon (3P) imaging research. With a stable optical and mechanical design, AURORA-3P offers outstanding performance parameters. Its narrow pulse width and high repetition rate perfectly meet the laser peak power requirements for the three-photon excitation process.

The system provides a wide wavelength tuning range, including the 1300nm and 1700nm wavelengths required for three-photon imaging, making it an ideal light source for ultrafast three-photon imaging, enabling higher-quality fluorescence labeling signals.

Related Applications

Explore how this product is used across different industries and research areas.

Technical Specifications

Parameter

AURORA-3P

Tuning range

1250 – 1800 nm

Typical output wavelength

1300 nm and 1700 nm(switchable output)

1300nm

1700nm

Pulse duration(FWHM)

<60 fs@1300 nm

<70 fs @1700 nm

Repetition rate1)

Single pulse-1MHz

Dispersion compensation2)

−4000~+9000 fs²@1300nm

−12000~ +2900 fs²@1700nm

Output power3)

1000mW@1 MHz

600mW@1 MHz

Beam quality M²

< 1.3

Beam diameter4)

2-4mm

Beam divergence angle

<1mrad

Beam ellipticity

>0.8

Pulse energy stability

<1% RMS @24h

Pulse power stability

<1% RMS @24h

Dimensions (L×W×H)

812 x 545 x 240mm

Weight (kg)

83kg

Remaining weight (kg)

24kg(Water-cooled machine)

Power supply requirements

500W

Power supply requirements forthe water-cooled machine

Water cooler 1, 1260W; Water cooler 2, 1020W; Total, 2780W

(1)Low repetition rate and high pulse energy options available.
(2)Continuous dispersion control; −3000 fs² compensates for microscope with +3000 fs².
(3)Pump laser: 50 W / 50 µJ / 1030 nm, supports higher power customization. Contact us for details.
(4)1/e², measured after compression output.
(5)Optional extension for 650–900 nm output. Contact us for details.

Technical Drawings

Performance Data