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市場調查報告書

俄羅斯的層積造型技術、3D印表機金屬粉末:生產,市場,預測

Metal Powders for Additive Technologies and 3D-printers in Russia: Production, Market and Forecast (4th edition)

出版商 INFOMINE Research Group 商品編碼 931987
出版日期 內容資訊 英文
商品交期: 請詢問到貨日
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Notice: The original report is written in Russian. Please ask us for more information regarding delivery time.

俄羅斯的層積造型技術、3D印表機金屬粉末:生產,市場,預測 Metal Powders for Additive Technologies and 3D-printers in Russia: Production, Market and Forecast (4th edition)
出版日期: 2020年04月06日內容資訊: 英文
簡介

本報告提供俄羅斯的層積造型技術金屬粉末市場相關調查分析,生產,市場,預測相關的系統性資訊。

目錄

第1章 全球層積造型技術的利用的現況與展望

第2章 使用了全球金屬粉末的層積造型流程製造設備概要

第3章 俄羅斯的層積造型技術設備的生產情形分析

第4章 製造技術的概要與全球層積造型技術金屬粉末的範圍

第5章 俄羅斯的層積造型技術金屬粉末的生產

第6章 使用了金屬粉末的層積造型技術設備的俄羅斯的進口分析

第7章 層積造型技術金屬粉末的俄羅斯的進口分析

第8章 3D印表機、層積造型技術金屬粉末的主要進口業者

  • LLC "Engineering company AB Universal" (Moscow)
  • Nissa Digispace LLC (Moscow)
  • LLC Trumpf

第9章 俄羅斯的層積造型技術金屬粉末的主要企業、消費業者

  • JSC "UEC" Aviadvigatel "
  • PJSC UEC Saturn
  • PJSC UEC-Ufa Engine-Building Production Association (UMPO)
  • JSC Novomet-Perm
  • Center for the Technological Competence of Additive Technologies (CTKAT)

第10章 俄羅斯的層積造型技術現況與開發預測,至2021年的金屬粉末的使用

目錄

This report is the 4th edition of market research of metal powders for additive technologies in Russia.

The purpose of the study is to analyze the market of additive technologies using metal powders in Russia.

This work is a desk study . As sources of information , we used 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, and the Infomine database.

Chronological scope of the study: 2009-2019, forecast - until 2021

Geography of research: Russia.

Research volume: the report consists of 10 chapters , contains 131 pages , including 28 tables , 35 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 major global companies in the additive technology market. The characteristics of manufactured 3D-printers working using metal powders are given.

The third chapter provides an overview of Russian companies implementing projects to create equipment for additive technologies.

The fourth chapter discusses the basic technologies for the production of metal powders for additive technologies and the corresponding equipment. Also presented is a range of metal powders manufactured by world manufacturers for additive technologies.

The fifth chapter is devoted to the situation with the production of metal powders for additive technologies in Russia. The companies having and creating capacities for the production of these products are described.

The sixth chapter provides data on the import of the Russian Federation in 2009-2019. 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, equipment specifications in 2009-2019.

The seventh chapter provides data on imports of the Russian Federation in 2009-2019. 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 about Russian importers, foreign suppliers of metal powders for additive technologies in 2009-2018.

The eighth chapter describes the main Russian importers of metal powders and 3D printers (LLC IF AB Universal, LLC Nissa Digispeys, LLC Trumpf).

The ninth chapter is devoted to describing the situation with the development of additive technologies on the example of the main participants in this market (JSC UEC Aviadvigatel, PJSC UEC Saturn, JSC Novomet-Perm, etc.).

The tenth chapter provides an overview of the status and prospects of the development of additive technologies in Russia, a forecast of the consumption of metal powders for additive technologies in Russia until 2021.

The annexes provide contact information of the main enterprises operating in the additive technology market in Russia, extended information on the import of 3D printers and metal powders by Russian enterprises.

The target audience of the study:

  • market participants additive technologies;
  • potential investors.

The proposed study claims to be a reference tool for specialists working in the additive technology market and making management decisions.

Table of Contents

Annotation

Introduction

1. Current state and prospects of using additive technologies in the world

2. Overview of the world's manufactured equipment for additive processes using metal powders

3. Analysis of the state of production of devices for additive technologies in Russia

4. Overview of manufacturing technologies and the range of manufactured metal powders for additive technologies in the world

5. Production of metal powders for additive technologies in Russia in 2015-2019.

6. Analysis of the Russian import of devices for additive technologies with metal powders in 2009-2019.

7. Analysis of the Russian import of metal powders for additive technologies in 2009-2019.

8. The main importers of 3D printers and metal powders for additive technologies

  • LLC "Engineering company AB Universal" (Moscow)
  • Nissa Digispace LLC (Moscow)
  • LLC Trumpf

9. The main companies-consumers of metal powders for additive technologies in Russia

  • JSC "UEC" Aviadvigatel "
  • PJSC UEC Saturn
  • PJSC UEC-Ufa Engine-Building Production Association (UMPO)
  • JSC Novomet-Perm
  • Center for the Technological Competence of Additive Technologies (CTKAT)

10. Current status and development prospects of additive technologies in Russia and the use of metal powders for them until 2021

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 technology apparatus for metal powders, characteristics of imported products, volume / price (2009-2019)

Appendix 3. Foreign suppliers and Russian importers of metal powders for additive technologies, characteristics of imported products, volume / price (2009-2019)

List of Tables

  • Table 1: Change in the structure of using additive technologies in 2012 and 2016-2017,%
  • Table 2: The main parameters of 3D devices for layer-by-layer synthesis from metal powder compositions
  • Table 3: Technical characteristics of URAM brand installations
  • Table 4: Areas of application for parts of various metal powders obtained using laser sintering technology
  • Table 5: Powder Compositions Supplied by AM Machine Manufacturers
  • Table 6: LPW Technology Powder Nomenclature for Use in AM Machines
  • Table 7: Technical and economic indicators of the installation of centrifugal melt spraying LLC “Spheremet”
  • Table 8: Deliveries of powders for additive technologies of Russian companies in 2015-2019
  • Table 9: Countries supplying 3D printers for metal powders in the Russian Federation in 2009-2019, thousand dollars
  • Table 10: Deliveries to the Russian Federation of 3D-printers by foreign manufacturers in 2009-2019, units
  • Table 11: Russian companies importing 3D printers for metal powders in 2009-2019, units
  • Table 12: RF imports of metal powders for additive technologies by type in 2009-2019, kg
  • Table 13: Supplier countries in the Russian Federation of metal powders for additive technologies in 2009-2019, kg
  • Table 14. Supplies to the Russian Federation of metal powders for additive technologies by the main foreign manufacturers in 2009-2019, kg
  • Table 15: Average annual import prices of the Russian Federation for metal powders for additive technologies in 2009-2019, dollars / kg
  • Table 16: Russian companies importing metal powders for additive technologies in 2009-2019, kg
  • Table 17: Import prices of the Russian Federation for metal powders of various grades for additive technologies from various foreign manufacturers in 2009-2019, dollars / kg
  • Table 18: Deliveries of AB Universal powders for 3D-printers to a number of Russian companies
  • Table 19: Deliveries of Universal JV 3D-printers to a number of Russian companies
  • Table 20: Key financial indicators of LLC IF AB Universal in 2008-2018, million rubles
  • Table 21: Supplies of Nissa Digispace LLC powders for 3D printers to a number of Russian companies
  • Table 22: Deliveries of Nissa Digispace LLC 3D-printers to a number of Russian companies
  • Table 23: Key financial indicators of Nissa Digispace LLC in 2009-2018, million rubles
  • Table 24: The main financial indicators of LLC “Trumpf"
  • Table 25: Supplies of metal powders to JSC UEC Aviadvigatel
  • Table 26: Supplies of metal powders at PJSC UEC Saturn
  • Table 28: Import of metal powders of Novomet-Perm JSC in 2011-2019

List of Figures

  • Figure 1: Dynamics of the global market for additive technologies in 2009-2018, billion dollars
  • Figure 2: Dynamics of sales in the world of 3D printers for metal powders in 2010-2018, units
  • Figure 3: Geographic structure of the used 3D printers
  • Figure 4: Market structure of metal AM by global players (2017),%
  • Figure 5: Schematic diagram of a selective laser sintering apparatus (SLS)
  • Figure 6: Selective laser fusion apparatus SLM 280 of the company SLM Solution (Germany)
  • Figure 7: Concept Laser's X line 1000R AM machine
  • Figure 8: EOS AMS EOSINT 280
  • Figure 9: Schematic diagram of electron beam melting technology (Electron Beam Melting - EBM)
  • Figure 10: POM Group DMD IC106
  • Figure 11: Optomec LENS MR7
  • Figure 12: Installation of selective laser fusion M250 JSC "Laser Systems"
  • Figure 13: Installation of laser selective fusion ATK PS
  • Figure 14: Laser unit for the additive production of metal powder products ML71
  • Figure 15: VIGA 2 atomizer melting chamber
  • Figure 16: EIGA 50 Atomizer
  • Figure 17: Atomizer Hermiga 75/3
  • Figure 18: Atomising Systems Atomizer
  • Figure 19: Pattern of using different types of metal powders for 3D technologies,%
  • Figure 20: Centrifugal Melt Sprayer
  • Figure 21: Supplies of Polema JSC powders for 3D printing in 2017-2019, t
  • Figure 22: Devices for the manufacture of metal powder compositions for VIAM additive technology
  • Figure 23: Devices for selective laser fusion and growing products in VIAM
  • Figure 24: Rosatom Additive Technology Development Roadmap
  • Figure 25: ALD VIGA-2B Atomizer
  • Figure 26: Dynamics of RF imports of 3D printers for metal powders in 2009-2019, units, thousand dollars
  • Figure 27: Dynamics of import of RF parts of 3D printers for metal powders in 2009-2018, thousand dollars
  • Figure 28: Structure of the supply of 3D printers in the Russian Federation by the main foreign manufacturers in 2009-2019,%
  • Figure 29: Dynamics of Russian imports of metal powders for additive technologies in 2009-2019, kg, thousand dollars
  • Figure 30: Structure of imports of metal powders for additive technologies by type in 2009-2019,%
  • Figure 31: Import of Universal AB metal powders for additive technologies (t) and 3D printers (pieces) in 2017-2019.
  • Figure 32 Import of Nissa Digispace LLC metal powders for additive technologies (t) and 3D printers (pieces)
  • Figure 33: Import of Trumpf LLC metal powders for additive technologies (kg) and 3D printers (units) in 2017-2019.
  • Figure 34: Directions of the Center for Additive Technologies of PJSC UEC Saturn
  • Figure 35: Forecast of the consumption of metal powders for additive technologies in Russia until 2021, t