Passat’s UV high energy picosecond lasers are used and proposed to be used in many applications. The most important among them are the following:

• Photo-mask fabrication and repair, ablation lithography.
• Cutting and drilling thick layers of different materials, especially diamond (jewelery, dies fabrication) ceramics substrates, glass and crystals for mini-lasers.
• Flat panel, OLED and liquid crystal display processing, PV organic solar cell thin-film patterning with high (up to 50-nm) resolution.
• Ultrahigh density 3D storage technology, transparent material modification and hologram recording.
• Precise machining via micro- and nanoimaging, marking, selective surface cleaning.
• Thin-film deposition.
• Non-coherent and coherent EUV emitting sources.
• High accuracy global and local positioning systems, high accuracy navigation.
• Precise eye-safe ranging, terrain profiling and 3D mapping of urban areas, security zone monitoring.
• 3D imaging, fast landing and docking, vehicle collision protection.
• Photo-ionization, LIBS , single and double photon laser induced fluorescence, time resolved spectroscopy.
• Remote sensing of low concentration admixtures especially for distant detection of explosives and nuclear materials traces.
• Turbine blades manufacturing
• Medical applications (stents manufacturing, dermatology, removal the plaques from arteries, etc.)
• Inspection, flow measurement.
• Basic research including Raman and CARS spectroscopies, OPO pumping, white light excitation, SRS and self-focusing in air, demonstrations of non-linear optical effects to students.