Products and Services

Works using selective laser melting (SLM) technology, and is used for printing products in machine engineering, aviation and other industries.
It has two fiber (ytterbium) lasers with power of 500 W each and a build volume of 300x300x370 mm. It is capable of manufacturing products from stainless steel powders and heat-resistant alloys. Printing is carried out in an inert environment of high frequency argon or nitrogen.

High-performance Russian system printing using the selective laser melting method. Equipped with three lasers. Prints products from stainless steel and nickel alloy powders. It has a build area of 590x590x500 mm. Total productivity reaches 100 cm3/h. Works on Russian software.

Designed to create complex workpieces from a wide range of materials, including refractory molybdenum or tungsten based materials and titanium alloys. It works by using an electron beam as an energy source and wire as a raw material to create metal products in a vacuum chamber.
It has a build area of 1500×1200×1400mm, welding speed up to 50 mm/s, maximum power of 60kW.

Machine for direct metal deposition of large-sized products. Designed for the production of high-precision large-size metal blanks with a maximum diameter of 200 cm and height of 100 cm at a mass production rate of up to 2.4 kg/h when using powder materials from nickel alloys, stainless and heat-resistant steels. The machine is equipped with two industrial 6-axis robots and a positioner with a lifting capacity of up to 6 tons.

A professional 3D printer that prints by layer-by-layer application of molten material according to a predetermined algorithm, layer by layer based on a digital 3D model of the product. It allows you to create models of assemblies, plastic devices and mechanisms, decorative products for various applications. The build area is 300×300×300 mm, the maximum printing speed reaches 35 cm3/h.
The printer is equipped with two extruders with the ability to heat up to 270 оC, the maximum heating temperature of the build platform is 150оC.

Used for material processing in additive manufacturing equipment, spectroscopy and rangefinders. The laser beam has high beam accuracy. The device has a compact design.
Fiber optic lasers are extremely reliable and do not require special maintenance over a long period.

The device, which sets the trajectory for the laser beam by two moving mirrors, affects the speed and accuracy of additive equipment. It is an integral part of 3D printers designed for the production of three-dimensional products from powders by selective laser sintering (SLS), used for precise positioning and focusing of the laser beam in the form of a line, point, contour, drawing, text.

A pilot machine has been created in Novouralsk for the production of metal powders from stainless steel by gas atomization of alloys.

The target fraction of the obtained powders is 10-450 microns. Powders of 10-63 µm fraction are required for selective laser melting technology. Powders of 40-160 µm fraction are used in direct metal deposition technology.

The machine has a capacity of approximately 20 tons of powders per year with the potential to increase the production volume.

A professional virtual software package that covers the full cycle of additive manufacturing by the selective laser melting method. It is used to create 3D models, adjust the position of an object during printing, parameters of virtual modeling of strength characteristics and obtain optimal geometry and structure of the material. Developed in 2021.

Functional capabilities:

Additive Technologies Center provides 3D printing services for metal and polymer products of various complexity and volumes. The equipment of our own development and partner companies is used in the work.

LLC Rosatom Additive Technologies provides post-processing services, including heat treatment of blanks after 3D printing, final processing of external and internal surfaces of printed products, including complex channels and cavities.

This is the process of optimizing the creation of a product by digital modeling, which allows you to adapt standard part geometry to additive technology while maintaining or improving the functionality of the future product.

This is the process of transferring the physical parameters of an object into a digital format, which allows you to quickly analyze data about the object and get the most accurate volumetric and mathematical digital models. The use of 3D scanners has also proven itself when scanning handmade products and creating accurate copies of single copy parts.

Reverse engineering is the process of creating a digital copy of a finished product or part. The technologies used in reverse engineering analyze the most significant characteristics of the object: material, hardness, surface roughness and others. The obtained data is used to build a digital model. The technology is used in mechanical engineering, aerospace, shipbuilding and other industries.

Creating a digital copy consists of several steps: 3D scanning, obtaining a polygonal model, creating a solid model, modifying the model, selecting a suitable manufacturing technology, printing blanks, and processing the grown parts

LLC Rosatom Additive Technologies provides services for implementation of additive technologies at enterprises. If a company has additive equipment, our specialists will analyze everything and advise on how to restructure production chains and maximize the benefits from the use of additive technologies.

Additive Technologies Centers provide 3D printing services and develop 3D equipment. They are opened on the basis of leading industrial enterprises in Moscow, Novouralsk and Nizhny Novgorod.

Public Access Additive Technologies Centers combine production activities and professional training of personnel, carry out R&D in the field of additive technologies.

Additive classes are created to increase children's interest in the possibilities of additive technologies. Opened in Moscow, Sochi and Novouralsk.

One of the main tasks of the Company is to increase the competitiveness of its products and services in the additive technology market.

The company takes an active part in projects related to research and development work on developing equipment for additive technologies, creating new materials for 3D printing and technologies for their production, improving complex technological modes of printing, thermal and post-processing.

Among the most significant projects is the development of 3D equipment for printing metal products using selective electron beam melting (SEBM) technology with the use of domestic electron beam guns and scanning systems. The project was implemented in 2019-2022 together with LLC TETA (Tomsk), where an Electron beam welding machine was created. The machine was used to work out the technology of printing with 12Cr18Ni10T steel wire and to produce a blank of an element of an experimental reactor with lead coolant - the output part of a magnetohydrodynamic pump.

LLC Rosatom Additive Technologies has developed equipment for the additive production of complex-profile and large-sized products for nuclear energy together with the Institute of Laser and Welding Technologies of the St. Petersburg State Marine Technical University.

Within the framework of the project: