Fiber Lasers and Amplifiers

These fiber lasers offer a wide range of continuous wave options across various wavelengths (1 µm, 1.5 µm, or 2 µm). Key models include the Alto-1800, Tenor-2000, and Soprano-2100, known for their compact designs. The ORION grating based fiber lasers offer precisely set specific wavelengths with narrow linewidths from 1760 to 2100 nm for applications like medical technology, telecommunication, and LiDAR. 

ALTO-1800, TENOR-2000, and SOPRANO-2100 cw Fiber Lasers

Discover precision with the CYBEL ALTO-1800, TENOR-2000, and SOPRANO-2100 cw fiber lasers boasting a wide 1730 to 2100 nm tuning range and scalable power over 3 W. An optical signal-to-noise ratio exceeding 50 dB, a narrow spectral width of 0.05 nm, and a polarization extinction ratio well above 25 dB make these perfectly suited for any application needing a stable high-power system around 2 µm. In combination with a compact design offering manual or USB control, these features make them the perfect solution for Quantum Technology, high-energy physics, testing and measurement, as well as medical technology, interferometry, and spectroscopy.

ORION-2000 DFB Fiber Bragg Grating (FBG) Laser

The CYBEL ORION-2000 is a single frequency narrow linewidth DFB Fiber Bragg Grating (FBG) laser, designed to provide precision and power for various applications such as gas sensing (H2O, HCl, CH2), LiDAR, telecommunications and medicine. Within a range of 1760 to 2100 nm, you can fine-tune the emitted wavelength at +/- 0.4 nm. If required, the laser source can be equipped with an additional amplifier stage to increase its output power from 10 mW to more than 500 mW. The ORION-2000 will be delivered as a preconfigured Skyline OEM unit or with turnkey benchtop configurations (see below). You may choose between all-fiber non-PM or polarization maintaining (PM) output fibers. 

Pulsed Lasers

These fiber lasers are designed for scientific and industrial applications and can cover a broad range of wavelengths from 1 µm to 2 µm. Pulsed models feature adjustable pulse widths from as low as 1 ns to ms and repetition rates from Hz level to >100 MHz. Their nanosecond pulses reach peak powers up to >15 kW and an average output power of more than 15 W, with near diffraction limited spot size. This kind of lasers may be used for industrial applications, LiDAR, telecommunications, defense, and medicine. Please get in touch to discuss your specific requirements! 

LiDAR Phoenix 2039 nm Laser

The pulsed fiber laser Phoenix 2λ-2039nm generates average output powers of 1-2 W at cw and is capable of a peak power of 20 W. Its repetition rate can be adjusted from 50 kHz to 2 MHz using the digital control. The 5λ-2039nm configuration provides 130 W of peak power with 20 W at cw and a higher variety of frequencies: 400 Hz to 2 MHz in an all-PM fiber design. A lightweight and ultra-compact MAKO OEM package design (97×78×15 mm) makes it the best choice for small-size LiDAR applications. 

1ns pulsed laser Ray-1940nm

Aiming at scientific and industrial applications, the Ray-1940nm fiber laser generates nanosecond pulses with peak powers of 10 kW. The lasers feature an extremely well-focused beam with a spot size near the diffraction limit. Ray-1940 laser is available with all polarization-maintaining (PM) fiber design and in a reliable benchtop package. 

These optical amplifiers deliver output power levels over 15 W across 1 µm, 1.5 µm, and 2 µm wavelengths while offering low noise and high gain for both continuous wave (CW) and pulsed laser applications. Key models include multi-watt broadband Perseus 1762 nm, 10 W Mistral 2050 nm, or the compact Calypso at 2121 nm with up to 2 W output, in a rugged, energy-efficient design.

Optical Amplifiers 

These high-power optical fiber amplifiers offer both low noise figures and high gain. For optical solutions at 1 µm, 1.5 µm, and 2 µm, they are available for continuous wave (cw) as well as pulsed laser amplification. They are designed to amplify very narrow linewidths (kHz) or high-data rate communications and deliver output power levels well above 15 W.

Perseus, Mistral, and Calypso Fiber Amplifiers 

Cybel's Perseus fiber amplifier is an advanced solution for Quantum Technologies, 1762 nm Barium ion cooling, LIDAR or deep-tissue imaging. Offering up to 3 W CW output, available in pulsed and non-pulsed designs, it can be customized to suit any requirements. 

Thulium doped fiber amplifier Mistral 2050 nm is perfect for Carbon dioxide CO” detection. Optical signal to noise ratio >60 dB over 2045 to 2055 nm, with impressive output powers exceeding 10 W. 

The Calypso 2121 nm narrow band Holium doped fiber laser ensures accurate measurements by tuning across the 2121.8 nm Hydrogen absorption line. The MOPA design enhances performance with a high output power, available in 1 W, 2 W, and 5 W configurations, as well as a narrow linewidth laser with operational bandwidth from 2120 to 2022 nm. Housed in an standard 19-inch rack-mountable unit, it’s easy to integrate and control via USB or analog interfaces. Compact and customised OEM versions are also available, please get in touch to discuss your specific requirements.  

OEM Thales 2090 nm

Holmium doped fiber amplifier Thales 2090 nm is pulsed with 100 kHz which ensures 200 W at 50 ns pulses. In a Skyline OEM package, it is the best solution for high power high repeatability small-size requirements. 

New developments at 1140 nm are ongoing. Ask us!