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Lasers for Innovators

Ultrafast Lasers empowering your groundbreaking discoveries

THORA 2050

We’re proud to launch THORA 2050, the world’s most powerful ultrafast Ho:YLF laser platform. Developed in collaboration with the Max-Born-Institute in Berlin, THORA delivers up to 60 mJ pulse energy at 2050 nm with sub-3 ps durations—making it ideal for cutting-edge applications in mid-IR HHG, OPCPA pumping, and ultrafast plasma physics.

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We build pioneering lasers from extreme ultraviolet to terahertz, based on optical parametric chirped pulse amplification (OPCPA) and advanced nonlinear optical technologies, such as high-harmonic generation (HHG). Discover new frontiers with our award-winning systems and innovative solutions offering outstanding performance.

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Applications

Accelerate your research with our ultrafast, high-power laser systems and discover new frontiers in most demanding applications.

Multiphoton microscopy

Advanced multi-photon microscopy (MPM) enables non-invasive imaging of deep cellular structures, enabling breakthroughs in neuroscience and cancer research.
Examples

Attosecond science

Attosecond science allows for deeper insights into material dynamics on the shortest time-scales and with nanometer-resolution.
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Material science & photo-electron spectroscopy

Brilliant coherent EUV sources are essential tools for advanced material science such as time-resolved photo-emission spectroscopy and microscopy.
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OPCPA –
The key to power scaling and flexibility

About OPCPA

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We are pioneers and experts in ultrafast, high-power lasers pushing new frontiers

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“I have worked in one of the world-leading labs using all-optical neuroscience experiments, and I never have seen such astonishing image quality like from this system.”

— Moritz Buchholz, Instructor at Cajal imaging school, University College London

Read more about Cajal Imaging School
EMBL Heidelberg, Prevedel Lab
“The impressive stability and performance of the White Dwarf OPCPA system allows us to fully focus on our experiments and achieve new scientific results.”
— EMBL Heidelberg, Prevedel Lab
The focus of the Prevedel lab at EMBL is to push the frontiers of deep tissue microscopy in terms of imaging depths and resolution by developing advanced and innovative optical imaging techniques.
Rapp OptoElectronic GmbH, Microscopy R&D lab
“The integration of the White Dwarf OPCPA with our Movable Objective Microscope® (MOM®) worked out smoothly and we had a strong three-photon signal in the image from the first day on.”
— Rapp OptoElectronic GmbH, Microscopy R&D lab
Rapp OptoElectronic is specialized in high-performance photomanipulation, illumination and multi-photon microscopy systems.
Rapp OptoElectronic GmbH, Microscopy R&D lab
“The Class 5 laser enables us to study new materials, such as superconductors, 2D materials, and chemical and biological molecules.”
— Ulsan National Institute of Science and Technology,
Laboratory for Ultrafast & Nanoscale Plasmonics
The lab of Professor Park works on next generation terahertz and mid-infrared spectroscopies combined with plasmonics and nano-structures which are used for various photonic applications, such as infrared bolometer, atomic memory device, sensing of chemical/biological molecules, and green hydrogen production.
Rapp OptoElectronic GmbH, Microscopy R&D lab
“The service and support of Class 5 Photonics is top of the line.”
— The University of Hong Kong,
Ultrafast Optics and Attosecond Science lab
The Ultrafast Optics and Attosecond Science lab seeks to generate, measure, and develop new methodologies in creation of ultrashort laser pulses based on nonlinear optics and strong-field laser physics.