1550nm high power fiber femtosecond laser

Home > Laser > Scientific Research Laser > Ultrafast Laser Series





1550nm high power fiber femtosecond laser (watt level)

SCI-1550-FS-HP

The 1550nm Watt-class fiber femtosecond laser SCI-1550-FS-HP has an output power of >1W, a pulse width of <150fs, and a near-diffraction-limited 1550nm free-space laser beam. The 24-hour power stability can reach <5‰. It is widely used in fields such as terahertz generation, nonlinear optics, quantum optics, SHG/THG imaging, and two-photon imaging.

Customize Now Chatting now

Product Documentation Click to download

Product Brochure PDF Product Sheet PDF

Parameters Details Spectral Curve Related Products Related Information

Laser parameters
Operating wavelength	1560±10 nm
Pulse width	<150 fs
Repetition frequency	80 MHz
Average power	>1 W
Power stability	<0.5% RMS(24h@25℃ )
Polarization extinction ratio	>20 dB
Single pulse energy	>12.5 nJ
Output method	Spatial collimation output
Electrical, Environmental and mechanical parameters
Power supply voltage	100-240 VAC
Operating temperature	15-35 ℃
Working humidity	20~80% (Non-condensing)
Machine weight	20 kg
Appearance size	448×300×134 mm; 445×383×97 mm
Cooling method	Air cooling

The 1550nm watt-level fiber femtosecond laser SCI-1550-FS-HP is the flagship product of 1550nm wavelength provided by DeChuang Laser, which can output power>1W, pulse width<150fs, and near-diffraction-limited 1550nm free-space laser beam. The 24-hour power stability can reach <5&permil.
The 1550nm watt-level fiber femtosecond laser SCI-1550-FS-HP adopts a high-power, high-performance multi-mode pump source and an "integrated all-fiber system" design with a fully polarization-maintaining structure. The power supply, control part and optical system are highly integrated to provide users with an easy-to-use turnkey laser system.
The 1550nm watt-level fiber femtosecond laser SCI-1550-FS-HP can be widely used in fields such as terahertz generation, nonlinear optics, quantum optics, SHG/THG imaging, and two-photon imaging.

Technical advantages:

· Customizable wavelength

· High peak power

· Linear polarization

· Diffraction-limited beam quality

Application areas:

· Terahertz generation

· Two-photon polymerization

· Two-photon imaging

· Precision measurement