TETA. Industrial Femtosecond Laser System
|Central wavelength (fixed)||1033±3* nm||1030±3* nm|
|Pulse repetition rate (user-adjustable)||single-shot…200 kHz (up to 1 MHz upon request)|
|Average power||6 W||10 W||20 W|
|Maximum pulse energy||up to 400 uJ||up to 1000 uJ|
|Pulse duration||<270** fs||<350** fs|
|Beam diameter (at 1/e^2)||3.3 mm||5 mm|
|Long-term stability||<1% rms|
|Output polarization||linear, vertical|
|Laser head (LxWxH)||460x250x147 mm||500x330x147 mm|
|Control and power supply rack (WxLxH)||553x600x663 mm|
|Umbilical length||3 m|
|Power supply||single-phase; 100-240 V, 50/60 Hz|
|Power consumption||<1.5 kW||<2 kW|
|* - external second, third and fourth harmonic generators are available upon request; certain built-in combinations are also available; Raman shifters to 1530 nm and 1890 nm are also available;
** - sech^2 fitting; motorized tunable pulse duration with PC control up to 10 ps is also installed by default; the Compulse-1030 external hollow-fiber pulse compressor with output pulse duration down to 30 fs is also available as an option;
The TETA is an Yb solid-state laser system. The system comprises a built-in fiber seed oscillator, fiber pulse stretcher, Faraday isolator, CPA-based regenerative amplifier with direct diode pumping, additional pulse picker and pulse compressor. All components are integrated into a single thermostabilized box ensuring stability and true turn-key operation. The additional built-in Pockels cell offers instant output radiation shuttering as well as total user control of output repetition rate. Moreover, the cell features precise pulse picking with control over the number of fired pulses (burst mode) and temporal period of radiation. The TETA system may be equipped with a SH and FH generation units, as well as with the Compulse capillary compressor which allows to bring the pulse duration down to 30 fs with >50% energy conversion efficiency.
The TETA laser system is a reliable and flexible radiation source for femtosecond micromachining systems, terahertz imaging, OPA pumping, remote sensing and ultrafast spectroscopy.
- 1MHz: maximum pulse repetition rate extension up to 1 MHz (while maintaining maximum average power);
- Harmonics: external second, third and fourth harmonic generators are available upon request; certain built-in versions also available;
- Time-Resolved Ultrafast Studies
- Conversion of Laser Radiation
- Material and Biological Tissue Processing
- Laser Systems Design, Integration and Amplification
- High-Energy Research
Avesta’s facilities will be closed for the New Year break from 30 Dec 2017 till 08 Jan 2018. We will resume all operations on 09 Jan 2018. However, we hope to provide periodic e-mail correspondence during the holidays. We wish you a fruitful and prosperous Year 2018!
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