The Tricolor hybrid femtosecond laser has three output channels with different wavelengths. All channels are inherently synchronized to each other allowing for easy pump-probe and other experiments where precise temporal delay setting or pulse overlapping is a must. Generation of other wavelengths via sum frequency generation is also possible and optional layout may be supplied upon request. This solid-state laser system incorporates a Ti:S oscillator unit that may offer tunable output wavelength for even greater versatility.

Terahertz scanning Fabry-Perot interferometer (TSFPI) is designed for measuring wavelength and intensity of narrowband THz radiation. TSFPI may be used with pulsed as well as continuous sources of narrowband THz radiation.

Flowtubes and Filter Flowtubes combine and integrate in one solid optical element attributes and technical characteristics necessary to perform simultaneously the following functions: (a) cooling duct for both lamp(s) and laser rod(s); (b) filtering-absorbing undesired UV radiation, thus protecting the rod from long term solarization; (c) attenuating “lateral depumping” effects i.e. energy losses caused by the rod’s side emission, by absorbing it and preventing its backreflection. Flowtubes satisfy only the first of the above functions while Filter Flowtubes may satisfy the first two or all three of them. This last category is of increasing interest for Nd:YAG Q-Switched lasers. For this case, Samarium doped Glass is the material of choice because it attenuates lateral depumping effects, thus avoiding super luminescence phenomena and absorbing undesired UV radiation. Cerium Glass and Europium Quartz Glass are also interesting cladding materials, because these materials absorbs undesired UV radiation and additionally re-emits this energy at useful wavelengths. For Flowtubes, Duran and Quartz Glass are the materials of choice, while YAG and Sapphire can also be used for very harsh conditions.

EO Q-Switch Driver EOD 4.8/15 is designed for operation with flash lamp-pumped lasers producing nanosecond laser pulses with repetition rates up to 300 Hz. The system can also be reliably used for vehicle-mounted LIDAR and Range-finding systems.

The System is designed for operating in the wavelength region of 1.4 to 4.2 µm, which is of prime importance as many industrial and anthropogenic pollutants of the atmosphere have absorption bands in this spectral range. The main fields of application includes control of the natural gas emission in the atmosphere, detection and identification of atmosphere pollution by industrial installations, mapping of aerosol clouds.