AVESTA's ultrafast laser technology is derived from the Quantum Radio Physics Department of the P.N. Lebedev Institute of Physics in Russia. The company was founded in 1990 by two Nobel laureates, Basov and Prokhorov, and is headquartered in the academic town of Troitsk in southwestern Russia.
The company is committed to the development of ultrafast laser technology and provides professional products for global scientific research and industrial customers. Our products include femtosecond fiber lasers, titanium sapphire femtosecond lasers, amplifiers, autocorrelation devices, third-order cross-correlation devices, pulse selectors, and more.

Product Overview:
YFOA femtosecond fiber laser is specifically designed to generate stable ultra short laser pulse sequences. The system includes Yb doped active fiber, pump diode, polarization control and dispersion control elements, electronic power supply, and control system. This type of laser has an SMA synchronous output component that can be used to trigger external devices, as well as another SMA used to control the pulse mode state.
Whether as a seed oscillator for amplification systems (such as TETA systems) or as an independent pulse generator, YFOA has excellent reliability. In addition, if necessary, the YFOA laser can be expanded to a higher rated average power.
Technical Specifications:
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YFOA-100* |
YFOA-200* |
YFOA-5000 |
YFOA-10000 |
Pulse duration (FWHM) |
<200* fs |
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Available wavelengths |
1030 nm |
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Average output power |
>100 mW |
>200 mW |
>5 W |
>10** W |
Peak power |
>8.5 kW |
>17 kW |
>390 kW |
>780 kW |
Repetition rate (fixed) |
60+/-5 MHz |
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Spatial mode |
TEM00 |
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Polarization |
linear, horizontal |
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Output type |
collimated free-space* |
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Optical unit, mm |
200x200x70 |
200x200x100 |
350x220x120 |
350x220x120 |
Power supply unit, mm |
230x200x90 |
230x200x130 |
470x385x155 |
470x385x155 |
* - a seed oscillator model YFOA-S for seeding solid-state or fiber amplifiers is available upon request with up to 300 ps chirped pulse output via fiber-coupled or collimated free-space output; |
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Main applications:
Seed oscillator
Terahertz generation and detection
● Optical metrology
Semiconductor equipment testing
● Generation of supercontinuum spectra
Optical coherence tomography imaging
● "Pump Detection" Spectroscopy
● Multiphoton microscope
