3D concrete printing for the construction industry in Russia and the world: Production, Market and Forecast
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)
Pdf, Word, Excel, 2 hard copies and PowerPoint presentation (for incorporation into investment projects)
This report is the first publication of a study of the 3D concrete printing market for the construction industry in Russia and the world.
The purpose of the study is to analyze the market for 3D concrete printing for the construction industry in Russia.
The object of the study is only construction 3D printers for concrete (similar devices for metals, polymers, ceramics and composite materials for building purposes are left outside of this report).
This work is a desk study. As sources of information, data from scientific, industry and regional press, annual and quarterly reports of securities issuers, websites of equipment manufacturers, the state R&D database and the FIPS patent database were used.
Chronological scope of the study: 2017-2022, forecast - 2023-2025.
Research geography: Russian Federation in detail, world overview.
The report consists of 5 chapters, contains 61 pages, including 12 tables, 4 figures and 2 applications.
The first chapter of the report provides information about the global construction 3D printing market, reviews the existing construction AT, lists the main global players working with construction 3D printers in 2017-2022.
The second chapter of the report provides data on the classification of construction 3D printers for concrete, indicates the design features of these printers, describes the main materials for construction printing, and also lists the possibilities of 3D printing with concrete in construction.
In the third chapter of the report, the issues of standardization of printing with concrete in the construction of the Russian Federation are considered.
The fourth chapter of the report analyzes the Russian market of construction 3D printers for concrete, gives a list of the main developers of 3D printers and technologies in the field of construction, describes the main manufacturing companies of 3D printers, summarizes data on the import and export of 3D printers and their parts, performs a price analysis of construction 3D printers for concrete, analyzed vacancies in additive construction.
The fifth chapter of the report presents a forecast for the development of Russian construction 3D printing with concrete for 2023-2025.
A distinctive feature of the report is a detailed review of the profile of all well-known manufacturers of construction 3D concrete printers in Russia, an overview of R&D topics and their financing, as well as information on patents of the Russian Federation for inventions and utility models in the field of construction 3D concrete printers.
Target audience of the study:
- participants in the market of construction 3D printing with concrete and 3D printers for concrete - manufacturers, consumers, traders;
- students of specialized universities;
- analysts of the market of new building technologies;
- potential investors.
The proposed study claims to be a reference tool for management decision makers working in the market for construction 3D concrete printers.
1. Global market for 3D concrete printing in construction
2. Potential possibilities of 3D concrete printing in construction
2.1. Structural features of construction 3D printers with concrete
2.2. Materials for construction 3D printing
2.3. Possibilities of 3D printing in construction
3. Standardization of construction by 3D printers with concrete in the Russian Federation
4. The market for 3D printing with concrete in the construction of the Russian Federation in 2017-2022
4.1. Manufacturers of 3D printers for concrete printing in Russia in 2017-2022
AMT LLC/Spetsavia LLC (Yaroslavl)
LLC "Apis Cor" (Apis Cor) (Irkutsk)
LLC "Smartbuild" (Stavropol)
Arkon Construction LLC (Moscow)
Arkodim LLC (Kazan)
Betonator LLC (Mytishchi)
Boom 3D Printer LLC (Moscow)
RVS 3D LLC (Moscow)
4.2. Import of construction 3D printers with concrete in 2017-2022
4.3. Export of construction 3D printers with concrete in 2017-2022
4.4. Price analysis of construction 3D printers with concrete in 2017-2022
4.5. R&D on construction 3D concrete printing in 2017-2022
4.6. Copyright protection for 3D printing with concrete in 2017-2022
4.7. Jobs in 3D concrete construction
4.8. Public Procurement of Printers and Construction Services
5. Forecast for the development of the Russian market for 3D printing with concrete in construction for 2023-2025
Appendix 1: Main sources of information
Appendix 2: Addresses of domestic manufacturers of construction 3D concrete printers
Table 1: Application of 3D printing of building/structure elements
Table 2: Developers of construction printers, their components and additive technologies in the Russian Federation in 2017-2021
Table 3: Production of industrial construction 3D printers with concrete in the Russian Federation in 2017-2022, units, million rubles
Table 4: Main characteristics of construction 3D printers manufactured by AMT LLC
Table 5: Revenue of manufacturers of construction printers in the Russian Federation in 2017-2021, million rubles
Table 6: Imports of printer parts for concrete construction by Arkon Construction LLC in 2022, thousand $
Table 7: Export indicators of construction 3D printers of Spetsavia LLC in 2017-2018 and AMT LLC in 2019-2022, kg, thousand $
Table 8: Grants for research and development on the subject of construction 3D printing with concrete, issued in 2017-2022, million rubles
Table 9: Dynamics of the issuance of titles of protection in the Russian Federation in 2017-2022, units
Table 10: Patents of the Russian Federation for construction 3D printing with concrete for 2017-2022
Table 11: Structure of the distribution of patents of the Russian Federation for inventions in the field of construction printing with concrete in 2017-2022 by sections of the IPC
Table 12: Jobs in 3D Construction
Figure 1: Schemes of portal printers a) with a 4-support system of movement b) with a 2-support system of movement
Figure 2: Schemes of robotic manipulators a) 6-axis robot, b) 3-axis robot
Figure 3: Diagram of a delta printer (cable hanging system)
Figure 4: Correlation of the price of gantry-type construction 3D printers (million rubles) with their weight (tons)