IRE-Polus, LLC NTO

About the company

NTO IRE-Polus is the founder and one of the basic companies of the transnational scientific and technical group IPG Photonics Corporation with scientific centers and industries in the USA, Germany, Russia, Italy, Japan, India, and China. This Group is the recognized leader of the global market in the field of fiber lasers and amplifiers, as well as devices and systems based on them. The group is the only manufacturer in the world of industrial fiber lasers of the multi-kilowatt range (up to 50 kW) for cutting, welding and heat treatment. The volume of such lasers is growing rapidly, displacing other types of lasers from industry.

The IPG's unique portfolio of technologies and deployed production capacity allow us to confidently predict the rapid growth of production volumes in all companies of the Group.

Being a Russian company, IRE-Polus successfully implements advanced developments in the field of laser technology and telecommunications in the markets of Russia and the CIS, displacing the dominant until recently Western and Japanese companies. IPG seeks to accelerate the development of its products in Russia and is ready to take an active part in the implementation of various programs for the scientific, technical and industrial development of Fryazino and the Moscow region.

Activity

NTO IRE-Polus offers more than 600 advanced products on the Russian market, many of which have no analogues in the world high-tech market. All final products for the Russian market are produced in Russia. These products can be categorized as follows:

• A unique series of the latest industrial fiber lasers with a continuous radiation power of up to 50 kW, in terms of power, efficiency, reliability and a combination of other parameters, an order of magnitude higher than kilowatt lasers on YAG crystals and carbon dioxide. This series opens up absolutely new opportunities in laser processing of metals, alloys and composite materials for automotive, shipbuilding, aerospace, oil and gas, nuclear and other industries.
• Single-mode fiber lasers with different wavelengths of radiation in the region of 1040-2200 nm, continuous or average output power up to 1 kW and radiation line width from 100 GHz to 10 kHz, including those tuned in a wide spectral range.
• Powerful pulsed fiber lasers, including for laser markers.
• Diode laser modules and systems with fiber output of radiation and output power from units of watts to 5 kW for instrument making, medical laser equipment and material processing.
• Fiber single-channel and DWDM amplifiers of digital and analog optical signals C, L, S, Q, O and other ranges with an output power level of up to 10 W, including amplifying units, modules and subsystems, high-speed fiber-optic data transmission systems with spectral multiplexing of channels, high-speed transponders - for telecommunications.
• Multi-channel ITU sources and other devices for monitoring the parameters of DWDM devices and fiber-optic amplifiers.
• Unique medical laser systems.
• A wide range of fiber-optic components, including droplets, multiplexers and demultiplexers, insulators, circulators, single-channel and multi-channel filters, Bragg fiber arrays, gain equalizers, dispersion compensators, attenuators, polarizers, acoustooptic and electro-optic modulators and other elements of modern VOLS and fiber lasers.
• Benches for resource testing of laser diodes and modules.
• Other specialized optical and laser components, instruments and systems.
• High-speed transponders for communication systems.

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