After a short summer break from conferences, we are kicking off the autumn and winter conference season next week. Meet our team on-site and discover our latest developments and research results in multi-pass cells and 2 µm laser systems for industrial and scientific applications.
Contact us to learn more and arrange a meeting with our team at any of these events.
Meet Tobias Heuermann at Europhoton 2026 and learn more about our latest advances in high-power ultrafast laser technology.
Multipass-cell-based pulse compression for scientific applications
Discover how noble-gas-filled multipass cells enable the compression of high-power laser pulses to below 10 fs while maintaining multi-hundred-watt average power, opening new possibilities for attosecond science and ultrafast spectroscopy.
High-power ultrafast fiber-laser systems at 2 µm wavelength
We will present recent progress in thulium-doped ultrafast fiber lasers, address key challenges in power scaling, and demonstrate a path to pulse energies above 2 mJ and average powers beyond 200 W.
Meet Sarath Maratha Palli (Laser Developer) and Marc Haenel (Head of Sales) at LANE 2026 and discover our industrial-grade ultrafast laser solutions.
High-power industrial-grade ultrafast Thulium-doped fiber laser system
This presentation showcases our compact 2 µm ultrafast laser platform, combining pulse energies of up to 100 µJ, pulse durations below 400 fs, and outstanding long-term stability. Designed for industrial material processing and scientific instrumentation, the system expands application possibilities beyond conventional 1 µm laser technology.
Meet our Head of R&D, Christian Gaida, and our technical manager, Ziyao Wang, at this year’s Optica Laser Congress. They will give two talks:
Thulium-based F-CPA with 51 W average power, 510 µJ pulse energy and 164 fs pulse duration emitting at 1928 nm
Discover our commercial ultrafast 2 µm fiber laser platform delivering 51 W average power, pulse energies above 500 µJ, and pulse durations as short as 164 fs. Designed for demanding scientific applications, the system combines outstanding beam quality, long-term stability, and flexible repetition-rate operation.
Power Scaling of Tm-Doped Fiber Lasers for High-Efficiency EUV Generation
Learn how thulium-doped fiber laser technology is enabling the next generation of EUV drive lasers. We will present recent achievements in power scaling beyond the kilowatt level, including multicore fiber technology, paving the way for more efficient and higher-power EUV sources for semiconductor manufacturing.
Meet us at Booth B1317 at this year’s SEMICON Europe in Munich.
Learn more about our 2 µm industrial laser system and how it can be used for silicon processing. Reach out to schedule an on-site meeting with our team.
