Supernova OPCPA | 100 W

Key feAtures

  • highest average power OPCPA for demanding applications

  • pumped by kW-class Yb:YAG Innoslab amplifiers or thin-disk lasers

  • output power up to 100 W

  • pulse duration down to 9 fs

  • CEP stability available

  • add-ons EUV to MID-IR
  
  • Applications
  • Specifications
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EUV and Soft X-Ray science

High harmonic generation / Coherent diffractive imaging with atomic resolution / Time-resolved reaction microscopy (ARPES) / Coherent control / Attosecond streaking
• Bioparticle imaging
• Nanoparticles
​​and clusters
• Inspection in EUV
• Attosecond dynamics
​in solids and gases

large research facilities

Pump-probe laser for material science and X-ray imaging / Photocathode laser, Seeding, heating, slicing of particle bunches / Femtosecond-synchronization to external clock (RF and Fiber Link)
• Free-electron lasers
• Particle accelerators
• Laser user facilities
The Supernova OPCPA is our most powerful product with extremely short pulse durations. The full wavelength flexibility, options for multiple outputs and CEP stability allow tailoring it to custom multi-color experiments at highest average power and unprecedented stability over days. This allows leading scientists to push research, e.g. in attosecond science, material processing and ultrafast spectroscopy to new limits. The product is also available as high energy version (HE) with multi-millijoule pulse durations, pumped by Yb:YAG thin-disk lasers.
 
SN-800
SN-1550
SN-2200
SN-3000
Central wavelength
800 nm
1550 nm
ca. 2200 nm
ca. 3000 nm
Tunability optional
700-950 nm
1400-1700 nm
-
-
Pulse duration (FWHM)
< 9 fs
< 50 fs
< 50 fs
< 100 fs
Average power
> 20-100 W
> 20-100 W
> 20-100 W
> 20-30 W
Pulse energy
> 1 mJ
> 1 mJ
> 1 mJ
> 300 µJ
Repetition rate
20 - 100 kHz
20 - 100 kHz
20 - 100 kHz
20 - 100 kHz
CEP stability
on request
on request
on request
on request
HHG extension
on request
on request
on request
on request
Pump Laser
300 W - 1 kW
300 W - 1 kW
300 W - 1 kW
300 W - 1 kW
Supernova HE at 1 kHz
on request
on request
on request
on request
Long-term power stability measured with powermeter (averaged shots) over more than 5 hours: Pump laser Innoslab 300 W, 20 kHz repetition rate, Supernova OPCPA SN-800, 20.6 W average power and 0.3 % standard deviation.
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Any questions? You need more specifications? You want to inquire more information or get a quote?

Get in contact with us: