ENGLISH RUSSIAN HOME | ABOUT COMPANY | CONTACTS | SUPPORT LASERS Femtosecond fiber lasers Yb solid state femtosecond Ti: Sapphire Femtosecond Ti: Sapphire continuous Cr: Forsterite femtosecond Cr: Forsterite continuous Femtosecond constructors AMPLIFIERS Regenerative Yb Regenerative Ti: Sapphire Multi-pass Ti: Sapphire Regenerative Cr: Forsterite Terawatt systems DIAGNOSTICS Spectrometers Scanning autocorrelators Single-pulse autocorrelators Contrast Meters SPIDER Photodetectors COMPONENTS Opto-mechanical modulators Pulse selectors Harmonic generators Isolators and Rotators Pulse compressors THz radiation generator Raman converter Optical attenuators OPTOMECHANIKA Installation Products Frames Translation tables Motorized tables Mandrels, diaphragms, holders Fasteners LLC "Avesta-Project" st. Fizicheskaya, 11, Troitsk, Moscow, 142190, Russian Federation Tel: +7 (495) 967-94-73 Tel: +7 (495) 851-00-78 Fax: +7 (495) 646 -04-95 e-mail: News: Measuring the response time of an ultrafast THz detector (150 ps) Our colleagues from Terasens have measured the response time of their ultrafast passive THz detector using our TERA-AX generator (high pulse power THz generator). The response time was 150 ps, which makes it possible to use this detector for recording fast processes when working with THz radiation. More information on the detector can be found here , and information on the TERA-AX generator is available here . News: Updating the ASP-IR line of infrared spectrometers Our engineers have updated the ASP-IR line of IR scanning spectrometers. Now the older model ASP-IR-3.5 can measure in the range up to 3450 nm, while other models have wider recording ranges. More details can be found here . Best Products: New system with a peak power of more than 10 TW Our company is pleased to present the new titanium-sapphire femtosecond system AVET-10 with a peak power of more than 10 TW (pulse energy> 500 mJ @ <50 fs duration). The system is intended for such research tasks as laser acceleration of particles, generation of X-rays and attosecond pulses, study of plasma and thermonuclear fusion processes, as well as for many other scientific fields. A more detailed description can be found here . Top Products: The new TETA Ytterbium Regenerative Amplifier TETAis the first product from our company designed specifically for industrial applications, but of course the laser can also be used in scientific research. The TETA femtosecond regenerative amplifier has automated control and allows you to perform a whole range of tasks for ultra-precise material processing (micromachining). More information is availablehere. Top Products: Scanning Autocorrelator AA-M NewAutocorrelator AA-M предначначен для измерения и контроля длительности фемтосекундных и пикосекундных лазерных импульсов при экспериментах, в которых также задействован микроскоп или другой оптический прибор. Прибор позволяет осуществлять одновременный контроль длительности импульса как до ввода в микроскоп, так и прямо на месте исследуемого образца с помощью выносного компактного фотодетектора. Более подробная информация находится здесь. Новости: Усилительная система FREGAT в Университете г. Киото В Университете г. Киото была успешно завершена установка и отладка нашей усилительной системы FREGAT на кристаллах хром-форстерита. Система генерирует импульсы длиетльностью <100 фс при энергии в имульсе >200 uJ @1 кГц @1238 нм. Более подробные данные представлены на странице усилителя FREGAT. Новости: Прощай, контраст! Заходят два импульса, а выходят три! Причем, третий «лишний» – впереди! Пришло время покупать измеритель контраста COMET, чтобы увидеть, как слабый лазерный импульс, находящийся позади мощного основного импульса, порождает третий импульс впереди основного. Не верите? Почитайте нашу статью. О КОМПАНИИ: Our company is engaged in the development, production and sale of femtosecond laser equipment, devices for the diagnosis of laser pulses and optomechanical components. You can see the range of our products in the menu on the left. Lasers - solid-state (Ti: S, Cr: F, fiber) femtosecond lasers. Femtosecond fiber lasers are our new high-tech product. They combine reliability, ease of operation and high stability. No preliminary configuration required. Optimal solution for scientific, telecommunication, industrial and medical applications. Femtosecond laser constructor - a set of optomechanical elements for creating a femtosecond laser. Can be pre-installed on the optical plate and pre-configured. This option is optimal for the price and has a large list of different options. Femtosecond lasers based on titanium-sapphire and chromium-forsterite crystals are the optimal solution for innovative scientific research. They are a completely ready-to-use laser. They can also be used as a master oscillator in amplification systems. There is a flexible system of options. Integration of a femtosecond generator and a pump laser (4 or 6 W) is possible. Amplifiers - regenerative and multipass amplifiers. Amplifying systems of femtosecond pulses are used both in science and in industry and medicine. Femtosecond micromachining, ophthalmology, dentistry, neurosurgery are just some of the areas of application of femtosecond laser amplification systems. Diagnostics - Various instruments required to monitor femtosecond laser systems. Contrastometers - used to measure the contrast of pulses, as well as when setting up powerful femtosecond systems. Spectrometers - a compact model and a model with a tunable measurement area, allows you to analyze the emission spectrum of various light sources. Scanning autocorrelators- allow you to measure the duration of pulses in a multi-pulse mode of laser operation. Single-pulse autocorrelators - measure the duration of single pulses. SPIDER is a device for measuring the spectral phase and intensity of femtosecond laser pulses. Components are various additional devices. Optomechanical modulators - also called "chopper", "spinner". Designed for modulation and attenuation of light radiation. Pulse selectors - designed to separate a single pulse from a sequence of femtosecond and picosecond pulses. Optical isolators and rotators. Optomechanics - various optomechanical components: mounting products, screws, optical plates, holders, frames for mirrors, motorized and conventional slides, translation tables, prism and crystal holders. © 1998-2014 Avesta-Project. 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