Scientific Applications
Build on stable pump power and high beam quality. Futonics 2 µm thulium fiber lasers provide pump radiation matched to holmium gain media and support efficient optical coupling for holmium lasers, Raman systems and OPO development.
Discuss your applicationSuitable wavelengths around 2 µm make thulium fiber lasers attractive pump sources for holmium-doped gain media such as Ho:YAG, Ho:YLF and holmium-doped tungstates.
Stable output power and high beam quality support efficient coupling and reproducible pump conditions in research and industrial laser development.
Futonics lasers can also serve as pump sources for Raman shifting in crystals or fibers and for optical parametric oscillators that extend access to longer wavelengths.
The compact fiber-laser architecture is suitable for laboratory setups, custom laser development and OEM integration where stable pump performance is required.
Thulium fiber lasers provide pump radiation for holmium-doped gain media when their wavelength matches the pumping task. Suitable gain media include Ho:YAG, Ho:YLF and holmium-doped tungstates. These media are relevant to mid-infrared laser development, scientific experiments and medical or industrial laser sources.
High beam quality supports optical coupling, while stable output helps maintain reproducible pumping conditions. Wavelength, operating mode, output power and coupling optics must be selected in relation to the actual gain medium and experimental or OEM system.
In Raman applications, the pump radiation is coupled into a Raman crystal or fiber to access other wavelength ranges. Our lasers also serve as pump sources for optical parametric oscillators, or OPOs, and other nonlinear optical systems where stable power and beam quality are important to the experimental setup.
Our pump sources support research into long-wavelength sources, ultrafast lasers and Q-switched lasers. The gain or conversion medium and the complete laser architecture determine the resulting output wavelength and pulse characteristics.
Suitability depends on wavelength, output power, beam quality, operating mode, coupling optics and gain or conversion medium. Futonics supports research institutions, laboratories and industrial partners in selecting a suitable laser module.
CW
The 400 W Thulium Fiber Laser from Futonics is a single-mode 2 µm fiber laser system for industrial, medical and scientific applications. It provides up to 400 W continuous output power, fixed emission wavelengths between 1908 nm and 2050 nm, excellent beam quality and reliable long-term operation. The compact 19-inch rackmount housing is designed for integration into demanding laser processing, research and OEM systems.
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