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Industrial Robotics Market, By Type (Articulate, SCARA, Cartesian, Cylindrical, Parallel, Collaborative Robots), Industry (Electrical and Electronics, Plastics, Rubber, and Chemicals, Metals and Machinery, Food and Beverage, Precision and Optics, Pharmaceutical) - Global Market Trends & Industry Forecasts Upto 2025...


Industrial Robotics Market, By Type (Articulate, SCARA, Cartesian, Cylindrical, Parallel, Collaborative Robots), Industry (Electrical and Electronics, Plastics, Rubber, and Chemicals, Metals and Machinery, Food and Beverage, Precision and Optics, Pharmaceutical) - Global Market Trends & Industry Forecasts Upto 2025

Report code: SDMRSE6231 | Industry: Semiconductors | Published On: 2/23/2018


The global industrial robotics market was valued at $ 13.5 billion in 2016 and is expected to reach grow at a CAGR of 10% through 2023. However, the market for robotic systems including the cost of software, peripherals and systems engineering accounted for $ 40.5 billion in 2016. The industrial robotics market is segmented on the basis of type includes traditional industrial robots and collaborative robots. The market for traditional industrial robots, excluding the cost of peripherals, software, and system engineering, was valued at $ 13.3 billion in 2016 and the market for collaborative robots accounted for $ 200 million. Higher return on investment (RoI) than that of traditional industrial robots and low price of collaborative robots have been attracting small and medium-sized enterprises to opt for collaborative robots. However, the adoption of automation to ensure quality production and meet the market demand has driving the market for traditional industrial robotics, especially in electrical and electronics, and automotive industries. However, high overall installation cost for low volume production applications is the major restraint for the market growth. Manufacturing of advanced robotic systems that meet the requirement of consumers in the era of industrial Internet of Things (IIoT) has been the major challenge being faced by the industry.
Automotive industry is the major market, accounting for about 35% of the global industrial robots market in 2017. This market is driven by the considerable investments in robotics for new production capacities in the emerging markets and also significant investments in modernization of production facilities in major automotive producing countries. However, demand for industrial robots was boosted by the significant demand from electrical and electronics industry attributed to the need to automate production facilities of electronics products in Asian countries to meet the increasing need for batteries, chips and displays.
The market for industrial robotics has been dominated by the Asia-Pacific region, followed by Europe and North America. Asia-Pacific accounted for two-third of the worldwide market for industrial robotics in 2017 and is expected to continue to be the major market through 2023. In terms of countries, five countries, including China, the Republic of Korea, Japan, the United States, and Germany accounted for three-fourth of the worldwide industrial robotics market in 2017.
The companies are strengthening their market presence by opening new service and repair centers and also by acquiring service providers and widen presence as well as their product portfolio. In November 2017, Universal Robots opened a new repair center to cover North and South America with repair services and enable overnight delivery of spare parts in North America. Epson Robots is expected to showcase T3 All-in-One SCARA robot, “the Flexion N2 6-Axis robot” and demonstrate innovative and highly efficient robotics solutions for the factory automation industry at ATX Wes, 2018. In January 2018, HIT Robot Group (China) formed a joint venture with Golden Jumping Group (South Korea) to expand both companies’ businesses in each other’s countries. These also planned to cooperate with local governments and research and educational institutes of both countries.
Some of the major companies dominating the industrial robotics market include KUKA AG (Germany), ABB Ltd. (Switzerland), FANUC Corporation (Japan), Mitsubishi Electric Corp. (Japan), Kawasaki Heavy Industries Ltd. (Japan), Yaskawa Electric Corporation (Japan), Universal Robots A/S (Denmark), Rethink Robotics (US), and Comau S.p.A (Italy).

1  Introduction              
  1.1  Goal  &  Objective            
  1.2  Study  Scope            
  1.3  Assumptions  and  Limitations            
  1.4  Stakeholders/  Intended  Audience            
  1.5  Research  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  Ongoing  trend  toward  automation  and  continued  innovative  technical  improvements        
      3.3.1.2  Growing  demand  for  collaborative  robots  from  SMEs          
      3.3.1.3  Continued    increase  of  robot  installations  in  growing  Asian  markets        
    3.3.2  Restraints          
      3.3.2.1  High  installation  costs        
    3.3.3  Opportunities          
      3.3.3.1  Integration  of  industrial  robotics  with  virtual  reality  will  create  new  opportunities        
      3.3.3.2  Combination  of  collaborative  robots  with  IoT  and  machine  learning        
      3.3.3.3  Integration  of  industrial  robotics  with  virtual  reality  will  create  new  opportunities        
    3.3.4  Challenges          
      3.3.4.1  Continuous  modernization  of  production  facilities        
      3.3.4.2  Continuous  retooling  of  production  as  well  as  expansion  of  production  capacities        
  3.4  Value  Chain  &  Ecosystem            
                
4  Demand  Market  Analysis,  by  Type              
  4.1  Traditional  Industrial  Robot            
    4.1.1  Market  Estimates  &  Forecasts,  2017-2025          
    4.1.2  Articulated  Robots          
    4.1.3  SCARA  Robots          
    4.1.4  Cylindrical  Robots          
    4.1.5  Cartesian  Robots          
    4.1.6  Parallel  Robots            
  4.2  Collaborative  Robots            
    4.2.1  Market  Estimates  &  Forecasts,  2017-2025          
                
5  Industrial  Robotics  Market,  By  Industry              
  5.1  Introduction            
  5.1  Electrical  and  Electronics              
    5.1.1  Market  Estimates  &  Forecasts,  2017-2025          
  5.2  Plastics,  Rubber,  and  Chemicals              
      Market  Estimates  &  Forecasts,  2017-2025          
  5.3  Metals  and  Machinery                
      Market  Estimates  &  Forecasts,  2017-2025          
  5.4  Food  and  Beverage            
      Market  Estimates  &  Forecasts,  2017-2025          
  5.5  Precision  and  Optics                
      Market  Estimates  &  Forecasts,  2017-2025          
  5.6  Pharmaceuticals              
      Market  Estimates  &  Forecasts,  2017-2025          
  5.7  Others              
      Market  Estimates  &  Forecasts,  2017-2025          
                
6  Service  Robotics  Market,  By  Application              
    6.1  North  America          
      6.1.1  North  America  Market  Size,  By  Country  2018-2023        
      6.1.3  North  America  Market  Size,  By  By  Type  2018-2023        
      6.1.4  North  America  Market  Size,  By  By  Industry  2018-2023        
        6.1.4.1  U.S.      
          6.1.4.1.1  U.S.  Market  Size,  By  By  Type  2018-2023    
          6.1.4.1.2  U.S.  Market  Size,  By  By  Industry  2018-2023    
        6.1.4.2  Canada      
          6.1.4.2.1  Canada  Market  Size,  By  By  Type  2018-2023    
          6.1.4.2.2  Canada  Market  Size,  By  By  Industry  2018-2023    
        6.1.4.3  Mexico      
          6.1.4.3.1  Mexico  Market  Size,  By  By  Type  2018-2023    
          6.1.4.3.2  Mexico  Market  Size,  By  By  Industry  2018-2023    
    6.2  Europe            
      6.2.1  Europe  Market  Size,  By  Country  2018-2023        
      6.2.3  Europe  Market  Size,  By  By  Type  2018-2023        
      6.2.4  Europe  Market  Size,  By  By  Industry  2018-2023        
        6.2.4.1  Germany        
          6.2.4.1.1  Germany  Market  Size,  By  By  Type  2018-2023    
          6.2.4.1.2  Germany  Market  Size,  By  By  Industry  2018-2023    
        6.2.4.2  Italy      
          6.2.4.2.1  Italy  Market  Size,  By  By  Type  2018-2023    
          6.2.4.2.2  Italy  Market  Size,  By  By  Industry  2018-2023    
        6.2.4.3  France      
          6.2.4.3.1  France  Market  Size,  By  By  Type  2018-2023    
          6.2.4.3.2  France  Market  Size,  By  By  Industry  2018-2023    
        6.2.4.4  UK      
          6.2.4.4.1  UK  Market  Size,  By  By  Type  2018-2023    
          6.2.4.4.2  UK  Market  Size,  By  By  Industry  2018-2023    
        6.2.4.5  Spain      
          6.2.4.5.1  Spain  Market  Size,  By  By  Type  2018-2023    
          6.2.4.5.2  Spain  Market  Size,  By  By  Industry  2018-2023    
        6.2.4.6  Rest  of  Europe      
          6.2.4.6.1  Rest  Of  Europe  Market  Size,  By  By  Type  2018-2023    
          6.2.4.6.2  Rest  Of  Europe  Market  Size,  By  By  Industry  2018-2023    
    6.3  Asia-Pacific          
      6.3.1  Asia-Pacific  Market  Size,  By  Country  2018-2023        
      6.3.2  Asia-Pacific  Market  Size,  By  By  Type  2018-2023        
      6.3.3  Asia-Pacific  Market  Size,  By  By  Industry  2018-2023        
        6.3.3.1  China      
          6.3.3.1.2  China  Market  Size,  By  By  Type  2018-2023    
          6.3.3.1.3  China  Market  Size,  By  By  Industry  2018-20223    
        6.3.3.2  India      
          6.3.3.2.1  India  Market  Size,  By  By  Type  2018-2023    
          6.3.3.2.2  India  Market  Size,  By  By  Industry  2018-2023    
        6.3.3.3  Japan      
          6.3.3.3.1  Japan  Market  Size,  By  By  Type  2018-2023    
          6.3.3.3.2  Japan  Market  Size,  By  By  Industry  2018-2023    
        6.3.3.4  Australia      
          6.3.3.4.1  Australia  Market  Size,  By  By  Type  2018-2023    
          6.3.3.4.2  Australia  Market  Size,  By  By  Industry  2018-2023    
        6.3.3.5  Rest  of  APAC      
          6.3.3.5.1  Rest  Of  APAC  Market  Size,  By  By  Type  2018-2023    
          6.3.3.5.2  Rest  of  APACMarket  Size,  By  By  Industry  2018-20223    
    6.4  Middle  East  &  Africa          
      6.4.1  Middle  East  &  Africa  Market  Size,  By  By  Type  2018-2023        
      6.4.2  Middle  East  &  Africa  Market  Size,  By  By  Industry  2018-2023        
    6.5  South  America          
      6.5.1  South  America  Market  Size,  By  By  Type  2018-2023        
      6.5.2  South  America  Market  Size,  By  By  Industry  2018-2023        
                
7  Supply  Market  Analysis              
  11.1  Strategic  Benchmarking            
  11.2  Market  Share  Analysis            
  11.3  Key  Players  (Company  Snapshot,  Product  Portfolio,  Financials,  and  Strategic  Analysis)              
    11.3.1  Kuka  AG          
    11.3.2  ABB  Ltd.          
    11.3.3  Kawasaki  Heavy  Industries,  Ltd..          
    11.3.4  FANUC  Corporation          
    11.3.5  Yaskawa  Electric  Corporation          
    11.3.6  Universal  Robots          
    11.3.7  Mitsubishi  Electric  Corporation          
    11.3.8  Nachi-Fujikoshi  Corp.          
    11.3.9  Denso  Corporation          
    11.3.10  Comau  SpA          
    11.3.11  Omron  Adept  Technologies,  Inc.          
    11.3.12  DAIHEN  Corporation          
    11.3.13  CMA  Robotics  S.p.A.            
    11.3.14  Seiko  Epson  Corporation          
    11.3.15  Stäubli  International  AG          
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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