Femtosecond Er-doped fiber laser, model "Erbius-Femto" Erbius-Femto datasheet (1,3 Mb) Laser Erbius-Femto features a specially chosen working spectral range shifted into longer wavelengths in comparison to the standard 1.55-um range of erbium lasers. The second harmonic of radiation from Erbius-Femto at 800 nm precisely corresponds to the maximum of the Ti-Sapphire laser gain contour. This is why our unique laser Erbius-Femto may be an efficient replacement of femtosecond Ti-Sa lasers in a number of applications. Another advantage of Erbius-Femto is its high output radiation power, reaching 250 mW without any additional amplification. Complemented by an optical amplification system, Erbius-Femto can deliver pulses with energy up to 200 nJ and considerable peak power (up to 550 kW), comparable to the capacity of a large diesel power station. Intense ultra-fast radiation pulses of Erbius-Femto enable numerous leading-edge technologies within the realm of ultra-fast photonics. Laser Erbius-Femto may be shipped together with a fibre optical amplifier to increase the average output power up to 3 W and even more, an efficient radiation frequency doubler for generation of ultra-fast light pulses in the 800-nm range, and a scanned auto-correlator FS-PS-Auto that allows measurement of ultra-fast pulse duration within the range of 10 fs to 30 ps (all by Tekhnoscan). Specifications of Erbius-Femto fiber laser: Wavelength range: - 1600 +/-10 nm - 800 +/-5 nm (with frequency doubler) * conventional wavelengths of 1550 & 775 nm are also available Pulse width: < 300 fs Repetition rate: 12-18 MHz Average output power: - up to 250 mW in the range of 1600 +/-10 nm - up to 75 mW in the range of 800 +/-5 nm Peak output power: - up to 65 kW in the range of 1600 +/-10 nm - up to 20 kW in the range of 800 +/-5 nm Pulse energy: - up to 20 nJ in the range of 1600 +/-10 nm - up to 6 nJ in the range of 800 +/-5 nm With fiber amplifier: Pulse width: < 400 fs Average output power: - up to 3 W in the range of 1600 +/-10 nm - up to 1 W in the range of 800 +/-5 nm Peak output power: - up to 550 kW in the range of 1600 +/-10 nm - up to 170 kW in the range of 800 +/-5 nm Pulse energy: - up to 200 nJ in the range of 1600 +/-10 nm - up to 60 nJ in the range of 800 +/-5 nm Applications: ultrafast spectroscopy, terahertz generation, frequency combs, microfabrication, waveguide writing, 3-D photopolymerization, localized material deposition, nano-photonics, high-resolution multiphoton tomography and non-linear imaging research, real-time diagnostics for microprocessing, high capacity optical data storage, amplifier seeding, sub-systems for OEM integration. << Fiber lasers