Supernova

Designed for high average power above 100 W

Class 5 Photonics offers customer specific high power femtosecond-lasers based on a modular optical parametric chirped-pulse amplification (OPCPA) system. The systems serve as compact table-top solutions for driving secondary sources (HHG, THz) or imaging experiments with the outstanding pulse parameters provided by the OPCPA technique.

Accelerate Your Research to Attosecond Science

The Supernova OPCPA system is designed for high average power above 100 W, delivering pulse durations ranging from <15 fs (broadband) to 100 fs (wavelength-tunable). Using a commercial high end kW-class pump laser system, we supply the Supernova OPCPA as a customer-specific development project. Using our White Dwarf OPCPA front-end module with integrated white-light source ensures reliable operation of the system. The system includes a high power frequency doubler (SHG), an efficient stretcher-compressor design and three noncollinear optical parametric amplifier (NOPA) stages.

The Supernova OPCPA system can be equipped with customer-specific modifications, for example long-pulse or short-pulse mode, wavelength-tunability option, or additional NOPA stages optimized for a different repetition rate.

Generate THz easily with Supernova

All systems can be equipped with customer-specific modifications, for example long-pulse or short-pulse mode, wavelength-tunability option, or additional NOPA stages optimized for a different repetition rate.