Showcases
Our add-on modules are compatible with different industrial laser systems. Here we experimentally prove this compatibility and demonstrate outstanding performance.
MIKS1_S @ Pharos (Light Conversion)
In this section we present the performance of our MIKS1_S module with PHAROS driver laser. The compressed output pulses reach 40 fs in duration with over 90 % power transmission. Starting from 230 fs input pulses this corresponds to an increase in peak power up to 2 GW. Text-book-like self-phase modulated spectrum and excellent pulse compression are shown in the pictures below.
Input Pharos: 230 fs, 95 uJ, 9.5 W
Output MIKS1_S: 40 fs, 89 uJ, 8.9 W
Input spectrum vs. output spectrum
Input autocorrelation vs output autocorrelation
Positional stability
The centroid of the beam cross section was tracked over 1 hour ca. 1 meter behind the output aperture of MIKS1_S. Note that the standard deviation of the centroid fluctuation is smaller than 1% of the beam diameter (1/e2).
Output power stability
Output spectrum stability
MIKS1_S @ TruMicro 2030 (Trumpf Laser)
Here we show the performance of our MIKS1_S module driven by TruMicro2030 fiber laser. By increasing the bandwidth to over 45 nm, a pulse duration of 52 fs could be achieved with a transmission of over 90%.
Input TruMicro 2030: 950 fs, 50 uJ, 10 W
Output MIKS1_S: 52 fs, 45 uJ, 9 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
MIKS1_S @ FemtoFiber vario 1030 (TOPTICA Photonics)
In this section we present the performance of our MIKS1_S module with FemtoFiber vario 1030 driver laser. The compressed output pulses reach 40 fs in duration with over 90 % power transmission. Starting from 200 fs input pulses this corresponds to an increase in peak power of factor 4. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input FemtoFiber Vario: 200 fs, 10 μJ, 10 W
Output MIKS1_S: 40 fs, 9 μJ, 9 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
MIKS1_S @ neoMOS SMAART (neoLASE)
Here we show the performance of our MIKS1_S module driven by neoLASE neoMOS SMAARTlaser. A peak power increase by a factor of seven could be achieved with an efficiency of over 90%. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input neoMOS SMAART: 900 fs, 170 μJ, 52 W
Output MIKS1_S: 100 fs, 155 μJ, 47 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
MIKS1_S @ INDYLIT 10 (Litilit)
Here we show the performance of our MIKS1_S module driven by INDYLIT 10 solid state laser. The compressed output pulses reach 50 fs in duration with over 90 % power transmission. Starting from 420 fs input pulses this corresponds to an increase in peak power of factor 6. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input INDYLIT 10: 420 fs, 100 μJ, 10 W
Output MIKS1_S: 50 fs, 93 μJ, 9.3 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
MIKS1_S @ Carbide (Light Conversion)
Here we show the performance of our MIKS1_S module driven by Carbide laser. A peak power increase by a factor of 4 could be achieved with an efficiency of over 98%. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input Carbide: 200 fs, 15 μJ, 6 W
Output MIKS1_S: 52 fs, 14.7 μJ, 5.9 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
Output beam profile
MIKS1_S @ FemtoLux 30 (EKSPLA)
Here we show the performance of our MIKS1_S module driven by EKSPLA laser. A peak power increase by a factor of 7 could be achieved with an efficiency of over 90%. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input FemtoLux 30: 350 fs, 100 μJ, 20 W
Output MIKS1_S: 50 fs, 90 μJ, 18 W
Input spectrum vs. output spectrum
Typical FROG trace
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Output beam profile
MIKS1_S @ Monaco (Coherent)
Here we show the performance of our MIKS1_S module driven by Monaco femtosecond laser. A peak power increase by a factor of 6 could be achieved with an efficiency of over 95%. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input Carbide: 320 fs, 80 μJ, 60 W
Output MIKS1_S: 52 fs, 77 μJ, 58 W
Input spectrum vs. output spectrum
Input autocorrelation vs. output autocorrelation
Output beam profile
MIKS1_L @ A2000 (Amphos)
Here we show the performance of our MIKS1_L module driven by Amphos laser. The compressed output pulses reach 82 fs in duration with 85 % power transmission. Starting from 1 ps input pulses this corresponds to an increase in peak power of factor 10. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input Amphos: 1 ps, 1 mJ, 100 W
Output MIKS1_S: 82 fs, 850 μJ, 85 W
Input spectrum vs. output spectrum
_Show%20Case_Spectrum.png)
Input autocorrelation vs. output autocorrelation
_Show%20Case_Autocorrelation.png)
Output beam profile
MIKS12 @ Pharos (Light Conversion)
In this section we present the performance of our MIKS12 module with PHAROS driver laser. The compressed output pulses reach sub 20 fs in duration with over 85 % power transmission. By increasing the bandwidth to over 200 nm, a pulse duration of 17 fs could be achieved.
Input PHAROS: 260 fs, 20 uJ, 60 kHz
Output MIKS12: 17 fs, 16.4 uJ, 60 kHz
Output spectrum
Output autocorrelation
MIKS12_UP @ Pharos (Light Conversion)
Here we show the performance of our MIKS12_UP module driven by Pharos laser. The compressed output pulses reach # fs in duration with ## % power transmission. Starting from # ps input pulses this corresponds to an increase in peak power of factor 10. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input Pharos: ###
Output MIKS12_UP: ###
Input spectrum vs. output spectrum
_Spectrum.png)
Input autocorrelation vs. output autocorrelation
_Autocorrelation.png)
MIKS1_XS @ TruMicro 2030 (Trumpf Laser)
Here we show the performance of our MIKS1_XS module driven by TruMicro 2030 femtosecond laser. A peak power increase by a factor of 3.5 could be achieved with an efficiency of over 80%. The self-phase modulated spectrum and the pulse compression are shown in the graphs below.
Input TruMicro 2030: 280 fs, 1 uJ, 1.2 W, 1 MHz
Output MIKS1_XS: 61 fs, 0.8 uJ, 0.9 W, 1 MHz
Input spectrum vs. output spectrum
_Spectrum.png)
Input autocorrelation vs. output autocorrelation
_Autocorrelation.png)