High power Non-Single-Frequency Special Wavelength Fiber Lasers     


The SFL-FL Series features broad spectral coverage, high output power, and exceptional beam quality. It is engineered for cutting-edge applications in scientific research, optical communications, biomedical engineering, and more.



Product model


Name Model Price
1480nm 100W Non-Single-Frequency Fiber Lasers   [PDF]  [RFQ]

SFL-FL-R1480-P100
[Please inquire]

Parameter


Features

Broad Spectral Versatility: Covers key wavebands across the NIR and SWIR spectrum.

High Output Power: Delivering up to 500 W (model dependent) with excellent stability.

Superior Beam Quality: M2 < 1.2, ideal for high-precision applications.

Flexible Cooling: Options for efficient air or water cooling to match your setup.


Specifications

Model / Variant

-R

-Nd

-Yb

-Er

-Tm

Wavelength (nm)¹

1100–1700

910–930

974–1120

1530–1570

1700–2000

Output Power (W)

5–200

5–20

10–500

10–50

2–100

Linewidth²

~1nm

Polarization³

Random / Linear

Power Stability

Peak-to-Peak < 3%, RMS   < 0.5%

Beam Quality

Single transverse mode, M2   < 1.2

Cooling Method

Water-cooled / Air-cooled

Output Terminal

Fiber Collimator

Notes:

¹ Custom wavelengths are available upon request. Frequency-doubled options for visible wavelengths are also available.

² Linewidth may vary depending on the configured output power and laser wavelength.

³ Maximum output power may vary under different polarization requirements.


Typical Spectrum Performance

High power Non-Single-Frequency Special Wavelength Fiber Lasers1.png

915 nm Nd-Doped Fiber Laser (15 W): Demonstrates an ultra-clean, high-SNR emission peak around 915 nm.


High power Non-Single-Frequency Special Wavelength Fiber Lasers2.png

1480 nm Raman Fiber Laser (60 W): Shows targeted high-power secondary Stokes generation optimal for pumping and specialized telecommunication bands.


Application

Scientific Research: Quantum optics, non-linear optics, and pumping sources.

Optical Communications: Component testing, amplification, and specialized networks.

Biomedical Engineering: Medical imaging, photothermal therapy, and bio-sensing.

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