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3D Printing Market, By Materials (Plastics, Ceramics and Glass, Metal and Alloys), End-User (Automotive, Aerospace, Defence, Education, Medical, Building, Construction and Architecture), Application (Tooling, Prototyping and Functional Materials Manufacturing), Technology (Steeolithography, Selective Laser Sintering, Polyjet and Fused Depostion Modeling) - Global Market Trends &Industry Forecasts Upto 2023...


3D Printing Market, By Materials (Plastics, Ceramics and Glass, Metal and Alloys), End-User (Automotive, Aerospace, Defence, Education, Medical, Building, Construction and Architecture), Application (Tooling, Prototyping and Functional Materials Manufacturing), Technology (Steeolithography, Selective Laser Sintering, Polyjet and Fused Depostion Modeling) - Global Market Trends &Industry Forecasts Upto 2023

Report code: SDMRSE6221 | Industry: Semiconductors | Published On: 2/27/2018


The total 3D Printing is likely to reach $ 34 billion by the end of 2023, growing at a CAGR of 27% from 2017-2023. The factors contributing towards the growth of 3D printing are easy manufacturing and heavy cost reductions, reduction of errors, optimum utilization of the raw materials, production of customized products, rising innovative raw materials for production and efficient use of production time and financials. A huge demand has been observed for precision machined components in a large range of end use industries. Currently, the 3D Printing market is expected to witness high growth as there is latent demand for easy creation of the complex design and geometries in certain industries as medical and dental. Also, the market is experiencing the increased competitive pressure for the investment in R&D as well as strong hunger for innovative printing materials and manufacturing techniques.
In 2017, the 3D Printing market is dominated by North America followed by Europe and then Asia-Pacific. This growth in 3D Printing market is likely to occur due to growing applications of additive manufacturing in automobile, medical and consumer industry. The 3D printing technology in Defense industry particularly in USA will experience robust CAGR of 24% in the next five years mainly due to as 3D printing helps in reducing weight, leading to improved strength. The technology can produce highly complex parts as single-component systems. Easy printing spare parts and replacements 3D printing technology is natural fit for many defense applications.
The Plastic segment accounted for the largest market share in 2017 and the category of other materials such as wax, paper, laywood, etc. are anticipated to witness the highest growth compelled by the increasing use of these materials in healthcare and medical industries.
The various end-user industries of 3D Printing market are healthcare and medical, aerospace, automotive, defense and military, energy, education and others. The growing end use verticals such as wearable electronics, education and food and bakery will experience the highest CAGR from 2018-2023 whereas automotive, defense and healthcare and medical would be the largest market share owners during the forecast period. 3D bioprinting is developing very furiously as it is highly supported by the applications in In-Vitro Testing to discover new drugs as well as prototype printing of the organs and body parts.
Huge investment has been done by the companies in 3D Printing Technology for example in 2016, GE has invested about $1.4 billion on buying two European 3D Printing companies Arcam AB from Sweden and SLM Solutions Group from Germany. This acquisition is expected to cut costs by US$3 billion to US$5 billion across the company, as the 3D technology could heavily reduce design and material costs and it is expected that company would purchase approximately 1,000 new 3D printing machines by the next decade. The major players in the 3D Printing market are 3D Systems, HP, Autodesk, Inc., Hoganas AB, Stratasys Ltd, Optomec, Inc., Arcam Group, The ExOne Company, Beijing Tiertime Technology, Nano Dimensions, Renishaw PLC, Voxeljet AG, Envisiontec GmbH, EOS GmbH, ARC Group Worldwide and other

1  Introduction              
  1.1  Goal  &  Objective            
  1.2  Report  Coverage            
  1.3  Supply  Side  Data  Modelling  &  Methodology            
  1.4  Demand  Side  Data  Modelling  &  Methodology            
                
2  Executive  Summary              
                
3  Market  Outlook                
  3.1  Introduction            
  3.2  Current  &  Future  Outlook            
  3.3  DROC            
    3.3.1  Drivers          
      3.3.1.1  Demand  Drivers        
      3.3.1.2  Supply  Drivers        
    3.3.2  Restraints          
    3.3.3  Opportunities          
    3.3.4  Challenges          
  3.4  Market  Entry  Matrix            
  3.5  Market  Opportunity  Analysis            
  3.6  Market  Regulations            
  3.7  Pricing  Mix            
  3.8  Key  Customers            
  3.9  Value  Chain  &  Ecosystem            
                
4  Market  Demand  Analysis              
  4.1  3D  Printing  Market,  By  Material            
    4.1.1  Plastics          
      4.1.1.1  Photopolymers        
      4.1.1.2  Thermoplastics        
        4.1.1.3.1  Nylon      
        4.1.1.3.2  Polyatic  Acid  (PLA)      
        4.1.1.3.3  Acrylonitrile  Butadiene  Styrene  (ABS)      
        4.1.1.3.4  Others      
    4.1.2  Ceramics  and  Glass          
      4.1.2.1  Glass        
      4.1.2.2  Silica        
      4.1.2.3  Others        
    4.1.3  Metals  and  Alloys          
      4.1.3.1  Gold        
      4.1.3.2  Silver        
      4.1.3.3  Titanium        
      4.1.3.4  Steel        
      4.1.3.5  Aluminum        
      4.1.3.6  Others        
    4.1.4  Other  Printing  Materials          
      4.1.4.1  Wax        
      4.1.4.2  Wood        
      4.1.4.3  Paper        
                
5  3D  Printing  Market  Analysis,  By  End-User              
  5.1  Introduction              
  5.2  Healthcare  and  Medical            
  5.3  Automotive            
  5.4  Consumer  Electronics  Products            
  5.5  Aerospace            
  5.6  Defense  and  Military            
  5.7  Building,  Construction  and  Architecture            
  5.8  Energy            
  5.9  Education            
  5.10  Manufacturing              
  5.11  Others            
                
6  3D  Printing  Market  Analysis,  By  Technology              
  6.1  Stereolithography  (SLA)              
  6.2  Selective  Laser  Sintering  (SLS)              
  6.3  PolyJet              
  6.4  Fused  Deposition  Modelling  (FDM)              
  6.5  Others            
                
7  3D  Printing  Market  Analysis,  By  Application              
  7.1  Tooling            
  7.2  Prototyping            
  7.3  Functional  Part  Manufacturing            
                
9  3D  Printing  Market  Analysis,  By  Region                  
  9.1  North  America            
    9.1.1  US          
    9.1.2  Canada          
    9.1.3  Mexico          
  9.2  Europe              
    9.2.1  Germany            
    9.2.2  Italy          
    9.2.3  France          
    9.2.4  UK          
    9.2.5  Rest  of  Europe          
  9.3  Asia  Pacific            
    9.3.1  China          
    9.3.2  Japan          
    9.3.3  India          
    9.3.4  Australia          
    9.3.5  Singapore          
    9.3.6  Rest  of  APAC          
  9.4  Middle  East  &  Africa            
    9.4.1  Saudi  Arabia          
    9.4.2  UAE          
    9.4.3  Rest  Of  MEA          
  9.5  South  America            
    9.5.1  Brazil          
    9.5.2  Argentina          
    9.5.3  Rest  of  South  America          
                
10  Supply  Market  Analysis  (Industry  Player  Analysis)              
  10.1  Strategic  Benchmarking            
  10.2  Market  Share  Analysis            
  10.3  Key  Players              
    10.3.1  3D  Systems          
    10.3.2  Autodesk,  Inc.          
    10.3.3  Hoganas  AB          
    10.3.4  Stratasys  Ltd          
    10.3.5  Optomec,  Inc.          
    10.3.6  Arcam  Group          
    10.3.7  The  ExOne  Company          
    10.3.8    Beijing  Tiertime  Technology          
    10.3.9  Nano  Dimensions            
    10.3.10  Renishaw  PLC          
    10.3.11  Voxeljet  AG          
    10.3.12  Envisiontec  GmbH          
    10.3.13  EOS  GmbH          
    10.3.14  ARC  Group  Worldwide,  Inc  &  Others          
SDMR employs a three way data triangulation approach to arrive at market estimates. We use primary research, secondary research and data triangulation by top down and bottom up approach


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Secondary Research:
Our research methodology involves in-depth desk research using various secondary sources. Data is gathered from association/government publications/databases, company websites, press releases, annual reports/presentations/sec filings, technical papers, journals, research papers, magazines, conferences, tradeshows, and blogs.

Key Data Points through secondary research-
Macro-economic data points
Import Export data
Identification of major market trends across various applications
Primary understanding of the industry for both the regions
Competitors analysis for the production capacities, key production sites, competitive landscape
Key customers
Production Capacity
Pricing Scenario
Cost Margin Analysis

Key Data Points through primary research-
Major factors driving the market and its end application markets
Comparative analysis and customer analysis
Regional presence
Collaborations or tie-ups
Annual Production, and sales
Profit Margins
Average Selling Price

Data Triangulation:
Data triangulation is done using top down and bottom approaches. However, to develop accurate market sizing estimations, both the methodologies are used to accurately arrive at the market size. Insert Image
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