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Metal Powders for Additive Technologies and 3D-printers in Russia: Production, Market and Forecast (5 edition)
ページ数: 148
テーブルの数: 34
桁数: 37
レポートの言語: Russian
リリース: 03.09.2021
提出方法:
PDF Copy
Pdf, Word (version for copying and editing)
Pdf, Word, Excel - the version with the source data
Pdf, Word, Excel, 2 hard copies (for credit organizations)
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デモ: ダウンロード
原価報告書: 2 500 Euro
This report is currently available in Russian language only. However, we can provide an English version of the report within 3 weeks after receiving a payment.
This report is the 5th edition of a market survey of metal powders for additive technologies in Russia.
The aim of the research is to analyze the market of additive technologies using metal powders in Russia.
This work is a desk study. The sources of information were data from Rosstat, the Federal Customs Service of the Russian Federation, materials from the industry and regional press, annual and quarterly reports of companies, websites of enterprises, scientific and technical literature, the InfoMine database.
Chronological framework of the study: 2009-2021, forecast - up to 2025.
Geography of research: Russia.
Research volume: the report consists of 10 chapters, contains 148 pages, including 34 tables, 37 figures and 3 appendices.
The first chapter of the report is devoted to a brief overview of the state of additive technologies in the world.
The second chapter shows the main global companies in the additive technologies market. The characteristics of the manufactured 3D-printers working with the use of metal powders are given.
The third chapter provides an overview of Russian companies producing 3D printers and implementing projects to create equipment for additive technologies.
In the fourth chapter, the main technologies for the production of metal powders for additive technologies and the corresponding equipment are considered. Also presented is the nomenclature of metal powders for additive technologies produced by world manufacturers.
The fifth chapter is devoted to the situation with the production of metal powders for additive technologies in Russia. The companies that have and are creating capacities for the production of these products are described. The assessment of the production of metal powders for 3D in Russia in 2016-2021 is given.
The sixth chapter provides data on imports of the Russian Federation in 2009-2020. equipment for additive technologies using metal powders, with distribution by supply directions. The chapter is supplemented with detailed information about Russian importers, foreign suppliers of 3D printers, characteristics of the equipment supplied in 2009-2020.
The seventh chapter provides data on imports of the Russian Federation in 2009-2020. metal powders for additive technologies with distribution by supply directions. The dynamics of import prices for various types of powders is also given. The chapter is supplemented with detailed information on Russian importers, foreign suppliers of metal powders for additive technologies in 2009-2020.
The eighth chapter describes the main Russian importers of metal powders and 3D printers (LLC IF AB Universal, LLC Nissa Didzhispeys, LLC Trumpf, JSC NPO System).
The ninth chapter is devoted to describing the situation with the development of additive technologies using the example of the main participants in this market (JSC UEC Aviadvigatel, PJSC UEC Saturn, JSC Novomet-Perm, etc.).
In the tenth chapter, an overview of the state and prospects for the development of additive technologies in Russia is made, a forecast is given for the consumption of metal powders for additive technologies in Russia until 2025.
The appendices contain contact information of the main enterprises operating in the additive technologies market in Russia, and extended information on the import of 3D printers and metal powders by Russian enterprises.
Target audience of the study:
- market participants of additive technologies;
- potential investors.
The proposed research claims to be a reference guide for specialists working in the market of additive technologies and making management decisions.
Annotation
Introduction
1. Current state and prospects of using additive technologies in the world
2. Overview of the equipment produced in the world for additive processes using metal powders
3. Analysis of the state of production of devices for additive technologies in Russia
4. Review of production technologies and the range of produced metal powders for additive technologies in the world
5. Production of metal powders for additive technologies in Russia in 2015-2021.
JSC "Polema" (Tula region)
FSUE "All-Russian Institute of Aviation Materials" (VIAM)
OJSC "Ashinskiy metallurgical plant" (Asha, Chelyabinsk region)
OJSC "VILS" (Moscow)
JSC "Composite" (Moscow region)
LLC "Sphere" (Ozersk, Chelyabinsk region)
Other enterprises implementing projects for the production of powders
6. Analysis of Russian imports of devices for additive technologies with metal powders in 2009-2020.
7. Analysis of Russian imports of metal powders for additive technologies in 2009-2020.
8. The main importing companies of 3D printers and metal powders for additive technologies
LLC "Engineering firm AB "Universal "(Moscow)
LLC "Nissa Digispace" (Moscow)
LLC "Trumpf"
JSC NPO System
9. Main companies-consumers of metal powders for additive technologies in Russia
9.1 Industrial plants
JSC "UEC" Aviadvigatel "
PJSC "UEC" Saturn "
PJSC "UEC-Ufa Engine-Building Production Association" (UMPO)
JSC "Novomet-Perm"
9.2 Enterprises providing services in the field of additive technologies
LLC "Rusatom - Additive Technologies" (RusAt)
JSC "Center for Additive Technologies" (CAT)
Center for Technological Competence for Additive Technologies (CTKAT)
10. Current state and prospects for the development of additive technologies in Russia and the use of metal powders for them until 2025.
Appendix 1. Contact information of the main participants in the market of additive technologies using metal powders in Russia
Appendix 2. Foreign suppliers and Russian importers of additive technologies for metal powders, characteristics of imported products, volume / price (2009-2020)
Appendix 3. Foreign suppliers and Russian importers of metal powders for additive technologies, characteristics of imported products, volume / price (2009-2020)
Table 1: Change in the structure of the use of additive technologies,%
Table 2: Main parameters of 3D devices for layer-by-layer synthesis from metal-powder compositions
Table 3: Characteristics of 3D printers for metal powders by LAR Technologies
Table 4: Technical characteristics of installations of the URAM brand
Table 5: Fields of application of parts made of various metal powders obtained using laser sintering technology
Table 6: Powder Compositions Supplied by AM Machine Manufacturers
Table 7: LPW Technology range of powders for use in AM machines
Table 8: Technical and economic indicators of the installation of centrifugal spraying of the melt of LLC "Sferamet"
Table 9: Supplies of powders for additive technologies by Russian companies in 2015-2021
Table 10: Countries-suppliers in the Russian Federation of 3D printers for metal powders in 2009-2020, thousand dollars
Table 11: Supplies of 3D printers to the Russian Federation by foreign manufacturers in 2009-2020, units
Table 12: Russian companies importing 3D printers for metal powders in 2009-2020, units
Table 13: RF imports of metal powders for additive technologies by type in 2009-2020, kg
Table 14: Countries-suppliers in the Russian Federation of metal powders for additive technologies in 2009-2020, kg
Table 15. Supplies to the Russian Federation of metal powders for additive technologies by the main foreign manufacturers in 2009-2020, kg
Table 16: Average annual import prices of the Russian Federation for metal powders for additive technologies in 2009-2020, USD / kg
Table 17: Russian companies-importers of metal powders for additive technologies in 2009-2020, kg
Table 18: RF import prices for metal powders of various grades for additive technologies from various foreign manufacturers in 2009-2020, USD / kg
Table 19: Supplies of AB "Universal" of powders for 3D printers to a number of Russian companies
Table 20: Supplies of AB Universal 3D printers to a number of Russian companies
Table 21: Main financial indicators of LLC IF AB Universal in 2010-2020, million rubles
Table 22: Supplies of Nissa Digispace LLC of powders for 3D printers to a number of Russian companies
Table 23: Supplies of 3D printers by Nissa Digispace LLC to a number of Russian companies
Table 24: Main financial indicators of LLC Nissa Didzhispace in 2011-2020, million rubles.
Table 25: Key financial indicators of LLC Trumpf
Table 26: Key financial indicators of NPO System JSC
Table 27: Deliveries of metal powders for additive technologies at OJSC UEC Aviadvigatel
Table 28: Supplies of metal powders to PJSC "UEC" Saturn "in 2017-2019
Table 29: Supplies of metal powders to PJSC "UEC-UMPO"
Table 30: Imports of metal powders of JSC Novomet-Perm in 2011-2019
Table 31: Key financial indicators of LLC Rusatom - Additive Technologies in 2018-2020, RUB million
Table 32: Deliveries of metal powders to JSC "TsAT"
Table 33: Key financial indicators of JSC "CAT"
Table 34: Key financial indicators of CTKAT in 2014-2020, million rubles
Figure 1: Dynamics of the world market of additive technologies in 2009-2020, billion dollars
Figure 2: Dynamics of sales in the world of 3D printers for metal powders in 2010-2020, units
Figure 3: Geographic structure of used 3D printers,%
Figure 4: Structure of the metal AM market by world players,%
Figure 5: Schematic diagram of a selective laser sintering apparatus (SLS)
Figure 6: Selective laser fusion apparatus SLM 280 from SLM Solution (Germany)
Figure 7: Concept Laser X line 1000R AM machine
Figure 8: EOS AM machine EOSINT 280
Figure 9: Schematic Diagram of Electron Beam Melting (EBM) Technology
Figure 10: POM Group DMD IC106
Figure 11: Optomec LENS MR7
Figure 12: Installation of selective laser fusion M250 JSC "Laser systems"
Figure 13: Laser installation for the additive production of products from metal powder ML71
Figure 14: Installation of laser selective fusion ATK PS
Figure 15: Melting chamber of the VIGA 2 atomizer
Figure 16: Atomizer EIGA 50
Figure 17: Hermiga 75/3 Atomizer
Figure 18: Atomizer from Atomising Systems
Figure 19: Structure of the use of various types of metal powders for 3D technologies,%
Figure 20: Installation of centrifugal melt spray
Figure 21: Estimated production of powders for 3D printing in Russia in 2016-2021, tons
Figure 22: Estimated production of AO Polema of powders for 3D printing in 2016-2021, tons
Figure 23: Apparatus for the manufacture of metal-powder compositions for VIAM additive technology
Figure 24: Devices for selective laser fusion and product growth in VIAM
Figure 25: Roadmap for the development of additive technologies of Rosatom
Figure 26: ALD VIGA-2B Atomizer
Figure 27: Dynamics of imports of the Russian Federation of 3D printers for metal powders in 2009-2020, units, thousand dollars
Figure 28: Dynamics of imports of the Russian Federation of parts of 3D printers for metal powders in 2009-2020, thousand dollars
Figure 29: Structure of supply of 3D printers to the Russian Federation by major foreign manufacturers in 2009-2020,%
Figure 30: Dynamics of Russian imports of metal powders for additive technologies in 2009-2020, kg, thousand dollars
Figure 31: Structure of import supplies of metal powders for additive technologies by type in 2009-2020,%
Figure 32: Imports of AB "Universal" of metal powders for additive technologies (tons) and 3D printers (pieces) in 2017-2020.
Figure 33 Import of Nissa Digispace LLC of metal powders for additive technologies (tons) and 3D printers (pieces)
Figure 34: Imports of OOO Trumpf of metal powders for additive technologies (kg) and 3D printers (pieces) in 2017-2020.
Figure 35: Imports of NPO System JSC of metal powders for additive technologies (kg) and 3D printers (pieces) in 2017-2020.
Figure 36: Areas of work of the Center for Additive Technologies of PJSC "UEC" Saturn "
Figure 37: Forecast of consumption of metal powders for additive technologies in Russia until 2025, t
