Automated Cell Culture Market- Research Report Global forecast till 2023

Automated Cell Culture Market- Research Report Global forecast till 2023

ID: MRFR/HC/0283-HCRR | February, 2018 | Region: Global | 81 pages | Half-Cooked Research Reports

Automated Cell Culture Market: By Application (Drug Development, Stem Cell Research, Cancer Research), By Type (Finite And Infinite Cell Line Cultures), By Consumables (Media, Sera And Reagents), And By End User (Biotech Companies, Research Organizations, Academic Institutes)- Global Forecast Till 2023 

Market Synopsis of Global Automated Cell Culture
Market scenario
Automated cell cultures  grows and maintain cell lines by mechanically controlled procedures. Regular cell culturing involves various procedures such as inoculation- excessive care is required since the procedure is more susceptible to the contamination during the inoculation as well as growth of the cell. Whereas, automated cell culturing minimizes such manual operations during the cellular growth, which reduces the error and time.

In the recent years, rising use of regenerative medicine and increasing R&D in biotechnology on various diseases such as cancer have boosted the demand for the automated cell cultures. As per WHO (2017), cancer caused over 8.8 million deaths across the globe in 2015, which has increased investments in R&D by biotechnology based pharmaceutical companies. This has boosted the market growth.

Increasing R&D in the life-sciences, and rising use of cell based assays in the drug development will boost the market growth over the corresponding period. However, lack of awareness about the advanced techniques and skilled workforce, followed by high cost of the technology will restrain the market growth during the assessment period.

The global market is expected to grow at an estimated CAGR of 8.5% during the forecast period.

Research Methodology

Automated Cell Culture Market

Intended Audience

  • Global automated cell culture system manufacturers & suppliers

  • Research and development (R&D) companies

  • Academic institutes and universities

  • Biotech Industries

Figure 1           Global Automated Cell Culture Market by Region, 2016 (% market share)

Automated Cell Culture Market-

The automated cell culture market has been segmented on the basis of application, type, and end user.

Based on the application, the market has been segmented into drug development, stem cell research, regenerative medicine, cancer research, and others.

Based on type, the market has been segmented into finite cell line cultures and infinite cell line cultures.

Based on consumables, the market has been segmented into media, sera, reagents, and others.

Based on the end user, the market has been segmented into biotech companies, research organizations, academic institutes, and others.

Regional analysis
The America holds a significant market share due to the presence of developed countries such as the U.S and Canada in the region. These countries have well-developed technology and investments in the R&D by the biotechnology industries.

Europe stands second in the global market as result of high adoption rate of new technologies and well-developed infrastructure.

Asia Pacific region will witness the fastest growth over the review period; China and India expected to be the major contributor to the market growth. Furthermore, India is projected to fuel the regional market owing to increasing demand for R&D and rising government support to the biotechnology based companies likely to boost the market over the corresponding period.

Gulf nations such as Saudi Arabia is estimated to drive the Middle East & African market due to well-developed biotechnology infrastructure and increasing R&D in biotechnology. However, African region is expected to witness a moderate growth owing to poor economic and prevailing political conditions.

Key Players  
Some of key players profiled in the report are BD., Tecan Trading AG, Sartorius, TAP Biosystems, Cell Culture Company, LLC, Eppendorf AG., Merck KGaA, Hamilton Company., Thermo Fisher Scientific Inc., and  OCTANE BIOTECH INC.

The report for
Global Automated Cell Culture Market by Market Research Future comprises of extensive primary research along with the detailed analysis of qualitative as well as quantitative aspects by various industry experts, key opinion leaders to gain a deeper insight of the market and industry performance. The report gives a clear picture of the current market scenario which includes past and estimated future market size with respect to value and volume, technological advancement, macro economical and governing factors in the market. The report provides detail information about and strategies used by top key players in the industry. The report also gives a broad study of the different market segments and regions.

Table of Content

1.    Report Prologue

2.    Introduction

      2.1    Definition

      2.2    Scope of the Study

      2.3    Research Objective

      2.4    Assumptions

      2.5    Limitations

      2.6    Market Structure

      2.7    Market Segmentation 

3.    Research Methodology

      3.1    Research Process

      3.2    Primary Research

      3.3    Secondary Research

      3.4    Market Size Estimation

      3.5    Forecast Model

4.    Market Dynamics

      4.1    Drivers

      4.2    Restraints

      4.3    Opportunities

      4.4    Mega Trends

      4.5    Macroeconomic Indicators

5.    Market Factor Analysis

      5.1     Value Chain Analysis

      5.2     Porter’s Five Forces Analysis

      5.3     Demand & Supply: Gap Analysis

      5.4    Pricing Analysis

      5.5    Investment Opportunity Analysis

      5.6    Merger and Acquisition Landscape

      5.7    Upcoming trends 

            5.7.1     Market Trends

            5.7.2     Technological Trends

            5.7.3    Insurance & Regulations

            5.7.4     Others

6.    Global Automated Cell Culture Market, by Application

     6.1    Introduction

      6.2    Drug Development

      6.3    Stem Cell Research

      6.4    Regenerative Medicine

      6.5    Cancer Research

      6.6    Others

7.    Global Automated Cell Culture Market, by Type

     7.1    Introduction

      7.2    Finite Cell Line Cultures 

      7.3    Infinite Cell Line Cultures 

8.    Global Automated Cell Culture Market, by Consumables

     8.1    Introduction

      8.2    Media

      8.3    Sera

      8.4    Reagents

      8.5    Others.

9.    Global Automated Cell Culture Market, by End Users

     9.1    Introduction

      9.1    Biotech Companies

      9.2    Research Organizations

      9.3    Academic Institutes

      9.4    Others.

10.    Global Automated Cell Culture Market, by Region

      10.1    Introduction

      10.2    North America

            10.2.1    U.S.

            10.2.2    Canada

      10.3    Europe

            10.3.1    Germany

            10.3.2    France

            10.3.3    Italy

            10.3.4    Spain

            10.3.5    UK

            10.3.6    Rest of Europe

      10.4    Asia

            10.4.1    Japan

            11.4.2    China

            10.4.3    India

            10.4.4    Australia

            10.4.5    Republic of Korea

            10.4.6    Rest of Asia Pacific

      10.5    Middle East & Africa

            10.5.1    Saudi Arabia

            10.5.2    UAE

            10.5.3    South Africa

            10.5.4    Algeria

            10.5.5    Egypt

11.    Competitive landscape

      11.1    Major Strategies Adopted by Market Players    

            11.1.1    Strategic Partnership    

            11.1.2    Merger & Acquisition    

12.    Company profile    

      12.1    BD.

            12.1.1    Overview    

            12.1.2    Product Overview    

            12.1.3    Financials    

            12.1.4    Key Developments    

      12.2    Tecan Trading AG

            12.2.1    Overview    

            12.2.2    Product Overview    

            12.2.3    Financials    

            12.2.4    Key Developments    

      12.3    Sartorius 

            12.3.1    Overview

            12.3.2    Product Overview    

            12.3.3    Financials

            12.3.4    Key Development    

      12.4    TAP Biosystems

            12.4.1    Overview

            12.4.2    Product Overview    

            12.4.3    Financials

            12.4.3    Key Development

      12.5    Cell Culture Company, LLC

            12.5.1    Overview

            12.5.2    Product Overview    

            12.5.3    Financials

            12.5.3    Key Development

      12.6    Eppendorf AG.

            12.6.1    Overview

            12.6.2    Product Overview    

            12.6.3    Financials

            12.6.3    Key Development

      12.7    Merck KGaA

            12.7.1    Overview

            12.7.2    Product Overview    

            12.7.3    Financials

            12.7.3    Key Development

      12.8    Hamilton Company

            12.8.1    Overview

            12.8.2    Product Overview    

            12.8.3    Financials

            12.8.3    Key Development

      12.9    Thermo Fisher Scientific Inc.

            12.9.1    Overview

            12.9.2    Product Overview    

            12.9.3    Financials

            12.9.3    Key Development

      12.10    OCTANE BIOTECH INC.

            12.10.1    Overview

            12.10.2    Product Overview    

            12.10.3    Financials

            12.10.3    Key Development

    12.11 Others

13.        Conclusion

      13.1       Key findings

            13.1.1    From CEO’s Viewpoint 

            13.1.2    Unmet Needs of the Market 

      13.2       Key Companies to Watch

      13.3       Prediction of Polyps Industry

14.    Appendix