Laboratory Centrifuge Market – Industry Analysis and forecast (2019 to 2027) – By Product, Model, Rotor Design, Intended Use, Application, End User, and Region

Laboratory Centrifuge Market was valued US$ XX Bn in 2018 and is expected to reach US$ XX Bn. To know about the Research Methodology:-Request Free Sample Report Laboratory centrifuge is a tool used to separate liquid samples by application of centrifugal force using sedimentation technique. Centrifuge can be used for DNA, RNA separation, blood sample separation, cell culture separation, and other purposes included proteins, study of virus, and polymers. Furthermore, it is used for specimen preparation, new molecule development in drug discovery, and analysis of foreign particles in the solution. The report study has analyzed revenue impact of covid-19 pandemic on the sales revenue of market leaders, market followers and disrupters in the report and same is reflected in our analysis.

Laboratory Centrifuge Market Drivers and Restrains

Biotechnology and pharmaceutical companies, being an essential part of the life science industry, invest heavily in research and development to develop breakthrough molecules to meet the growing needs of the healthcare sector. Moreover, the awaiting patent cliff has also led to an increase in biopharmaceutical research activity. Numerous factors like climate change, the growth in population, and increasing contact between animals and humans have amplified the threat of new virus outbreaks and various chronic diseases. With the increasing prevalence of diseases such as hepatitis and HIV, the use of centrifuges has increased significantly, mostly in blood banks for disease diagnosis and blood component separation. For example, Thermo Fisher Scientific increased its research and development investment from US$ XX million in 2016 to US$ XX million in 2018, whereas Eppendorf increased its research and development investment from US$ XX million in 2016 to US$ XX million in 2018. Since centrifuge equipment are essential in the research laboratories, the increase in research and development activities will boost the growth of the centrifuges market. Innovation in the field of laboratory centrifuges is majorly centered on enhancing convenience, speed, safety, efficiency, compactness, and accuracy. Rotors used in centrifuges were previous made of tensile steel, and then replaced with aluminum and titanium alloys. Carbon fiber rotors, are much lighter than their counterparts these rotors weigh 7 kg, as opposed to earlier 20 kg tensile steel or aluminum rotors. Furthermore, Carbon fiber increases the flexibility of the rotor and makes them resistant to chemical corrosion and structural fatigue. Moreover, the introduction of ultracentrifuge (high-speed centrifuges) has considerably reduced the amount of time required for centrifugation, while decreasing the possibility of hazards arising during the process. For example, Thermo Fisher Scientific Auto-Lock rotor exchange enables users to quickly and effectively switch rotors. NuAire’s patented ClickSpin technology enables quick, easy, and tool-free rotor changes. Beckman Coulter’s (SX4750A ARIES) Smart Balance Rotor technology automatically alters for rotor imbalances and is available in Beckman Coulter’s Allegra line of multipurpose centrifuges. The launch of such technologically advanced centrifuge systems is anticipated to stimulate the overall adoption of market products, given their benefits over previous models. Centrifuges have long lifespans, they can last between 15 to 25 years, which significantly decreases the need for equipment replacement. These are long-lasting and highly durable instruments. This negatively affects the need for innovation and the development of these instruments, while reducing sales and consequently, the revenues of market players. Manufacturers in the Laboratory Centrifuge are focusing on competitive pricing as the strategy to capture significant market share. Moreover, strategic mergers and acquisitions and technological innovations are also the key focus areas of the manufacturers. Laboratory Centrifuge Market Segmentation Analysis The global laboratory centrifuge market is divided on the basis of product, intended use, rotor design, application, end user, and region. In terms of product, the market is split into equipment and accessories. According to rotor design, it is distributed into swinging bucket rotors, fixed angle rotors, vertical rotors, and others. In terms of intended use, it is divided into into general-purpose centrifuges, clinical centrifuges, preclinical centrifuges, and preparative ultracentrifuges. Applications covered in this study include diagnostic, microbiology, proteomics, genomics, cellonomics, blood component separation, and others. In terms of end user, this market is categorized into hospitals, biotechnology & pharmaceutical companies, and academic & research institutes. The Hospitals segment dominated the laboratory centrifuge market in 2018 and will continue to lead during the forecast period. The key factors that may be attributed to the growth of market includes rising occurrence of diseases, growing consciousness about initial diagnosis and treatment, increasing demand for blood, availability of technologically advanced and novel centrifuges for blood separation, and growing number of hospitals, mainly in developing countries. Laboratory Centrifuge Market Regional Analysis On the basis of region Laboratory Centrifuge market divided into five region such as Asia Pacific, North America, Europe, Latin America, and Middle East Africa. Among all the regions, the North America had the largest market share in 2018 and is projected to lead the market during the forecast period, thanks to increasing healthcare research activity and high mandate for advanced centrifuge equipment in countries in the region. Furthermore, the presence of many laboratories, academic institutions and the well-established healthcare business, the rising number of research in Latin American nations. North America is followed by Asia-Pacific region owing to a vast population base with disease problem and rising clinical diagnostic facilities. Additionally, the vast population base with disease problem, increasing clinical diagnostic facilities, growing in biotechnology and pharmaceutical industries in the Asia Pacific. Since, Asia Pacific is the second largest market in the Laboratory Centrifuge Market and accounted for XX % shares in 2018, nearly follow North America in terms of profits. The objective of the report is to present comprehensive analysis of Laboratory Centrifuge Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of industry with dedicated study of key players that includes market leaders, followers and new entrants by region. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors by region on the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give clear futuristic view of the industry to the decision makers. The report also helps in understanding Laboratory Centrifuge Market dynamics, structure by analyzing the market segments, and project the Laboratory Centrifuge Market size. Clear representation of competitive analysis of key players by Laboratory Centrifuge Type, price, financial position, product portfolio, growth strategies, and regional presence in the Laboratory Centrifuge Market make the report investor’s guide.

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Laboratory Centrifuge Market, by Product Type

• Equipment • Accessories

Laboratory Centrifuge Market, by Model Type

• Bench top Centrifuges • Floor-standing Centrifuges

Laboratory Centrifuge Market, by Design

• Fixed-angle Rotors • Swinging-bucket Rotors • Vertical Rotors • Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors)

Laboratory Centrifuge Market, by intended use

• General Purpose Centrifuges • Clinical Centrifuges • Preclinical Centrifuges

Laboratory Centrifuge Market, by Application

• Diagnostics • Microbiology • Cellomics • Genomics • Proteomics • Blood Component Separation • Other Applications (Biochemical Analysis and Nanotechnology Research)

Laboratory Centrifuge Market, by End user

• Hospitals • Biotechnology & Pharmaceutical Companies • Academic & Research Institutions

Laboratory Centrifuge Market, by Region

• Asia Pacific • North America • Europe • Latin America • Middle East Africa

Laboratory Centrifuge Market, Major Players

• Thermo Fisher Scientific Inc. • Danaher Corporation (US) • Eppendorf AG (Germany) • Sigma Laborzentrifugen GmbH (Germany) • Andreas Hettich GmbH & Co. KG (Germany) • Kubota Corporation (Japan) • Koki Holdings Co. • Hitachi Koki Co., Ltd • QIAGEN N.V. • NuAire (US) • Sartorius (Germany) • HERMLE Labortechnik • Becton • Dickinson and Company (US) • Sanofi Pasteur • GTCR, LLC • Cole-Parmer Instrument Company, LLC. • LabX.com • ACMAS Technologies (P) Ltd. • Roch Mechatronics • JaincoLab Export • centrifugalcasting.co.in • Gibson Centri Tech Ltd

Laboratory Centrifuge Market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Laboratory Centrifuge Market Size, by Market Value (US$ Bn) and Volume (US$ Units) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 4.8. Patent Registration 5. Supply Side and Demand Side Indicators 6. Global Laboratory Centrifuge Market Analysis and Forecast 6.1. Global Laboratory Centrifuge Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global Laboratory Centrifuge Market Analysis and Forecast, by intended use 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global Laboratory Centrifuge Market Value Share Analysis, by intended use 7.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by intended use 7.5. Global Laboratory Centrifuge Market Analysis, by intended use Global Laboratory Centrifuge Market Attractiveness Analysis, by intended use 8. Global Laboratory Centrifuge Market Analysis and Forecast, by Product Type 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global Laboratory Centrifuge Market Value Share Analysis, by Product Type 8.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by Product Type 8.5. Global Laboratory Centrifuge Market Analysis, by Product Type 8.6. Global Laboratory Centrifuge Market Attractiveness Analysis, by Product Type 9. Global Laboratory Centrifuge Market Analysis and Forecast, by Model Type 9.1. Introduction and Definition 9.2. Key Findings 9.3. Global Laboratory Centrifuge Market Value Share Analysis, by Model Type 9.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by Model Type 9.5. Global Laboratory Centrifuge Market Analysis, by Model Type 9.6. Global Laboratory Centrifuge Market Attractiveness Analysis, by Model Type 10. Global Laboratory Centrifuge Market Analysis and Forecast, by Design 10.1. Introduction and Definition 10.2. Key Findings 10.3. Global Laboratory Centrifuge Market Value Share Analysis, by Design 10.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by Design 10.5. Global Laboratory Centrifuge Market Analysis, by Design 10.6. Global Laboratory Centrifuge Market Attractiveness Analysis, by Design 11. Global Laboratory Centrifuge Market Analysis and Forecast, by Application 11.1. Introduction and Definition 11.2. Key Findings 11.3. Global Laboratory Centrifuge Market Value Share Analysis, by Application 11.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by Application 11.5. Global Laboratory Centrifuge Market Analysis, by Application 11.6. Global Laboratory Centrifuge Market Attractiveness Analysis, by Application 12. Global Laboratory Centrifuge Market Analysis and Forecast, by End user 12.1. Introduction and Definition 12.2. Key Findings 12.3. Global Laboratory Centrifuge Market Value Share Analysis, by End user 12.4. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by End user 12.5. Global Laboratory Centrifuge Market Analysis, by End user 12.6. Global Laboratory Centrifuge Market Attractiveness Analysis, by End user 13. Global Laboratory Centrifuge Market Analysis, by Region 13.1. Global Laboratory Centrifuge Market Value Share Analysis, by Region 13.2. Global Laboratory Centrifuge Market Size (US$ Bn) Forecast, by Region 13.3. Global Laboratory Centrifuge Market Attractiveness Analysis, by Region 14. North America Laboratory Centrifuge Market Analysis 14.1. Key Findings 14.2. North America Laboratory Centrifuge Market Overview 14.3. North America Laboratory Centrifuge Market Value Share Analysis, by intended use 14.4. North America Laboratory Centrifuge Market Forecast, by intended use 14.4.1. General Purpose Centrifuges 14.4.2. Clinical Centrifuges 14.4.3. Preclinical Centrifuges 14.5. North America Laboratory Centrifuge Market Value Share Analysis, by Product Type 14.6. North America Laboratory Centrifuge Market Forecast, by Product Type 14.6.1.1. Equipment 14.6.1.2. Accessories 14.7. North America Laboratory Centrifuge Market Value Share Analysis, by Model Type 14.8. North America Laboratory Centrifuge Market Forecast, by Model Type 14.8.1.1. Bench top Centrifuges 14.8.1.2. Floor-standing Centrifuges 14.9. North America Laboratory Centrifuge Market Value Share Analysis, by Design 14.10. North America Laboratory Centrifuge Market Forecast, by Design 14.10.1. Fixed-angle Rotors 14.10.2. Swinging-bucket Rotors 14.10.3. Vertical Rotors 14.10.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 14.11. North America Laboratory Centrifuge Market Value Share Analysis, by Application 14.12. North America Laboratory Centrifuge Market Forecast, by Application 14.12.1. Diagnostics 14.12.2. Microbiology 14.12.3. Cellomics 14.12.4. Genomics 14.12.5. Proteomics 14.12.6. Blood Component Separation 14.12.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 14.13. North America Laboratory Centrifuge Market Value Share Analysis, by End user 14.14. North America Laboratory Centrifuge Market Forecast, by End user 14.14.1. Hospitals 14.14.2. Biotechnology & Pharmaceutical Companies 14.14.3. Academic & Research Institutions 14.15. North America Laboratory Centrifuge Market Value Share Analysis, by Country 14.16. North America Laboratory Centrifuge Market Forecast, by Country 14.16.1. U.S. 14.16.2. Canada 14.17. North America Laboratory Centrifuge Market Analysis, by Country 14.18. U.S. Laboratory Centrifuge Market Forecast, by intended use 14.18.1. General Purpose Centrifuges 14.18.2. Clinical Centrifuges 14.18.3. Preclinical Centrifuges 14.19. U.S. Laboratory Centrifuge Market Forecast, by Product Type 14.19.1.1. Equipment 14.19.1.2. Accessories 14.20. U.S. Laboratory Centrifuge Market Forecast, by Model Type 14.20.1. Bench top Centrifuges 14.20.2. Floor-standing Centrifuges 14.21. U.S. Laboratory Centrifuge Market Forecast, by Design 14.21.1. Fixed-angle Rotors 14.21.2. Swinging-bucket Rotors 14.21.3. Vertical Rotors 14.21.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 14.22. U.S. Laboratory Centrifuge Market Forecast, by Application 14.22.1. Diagnostics 14.22.2. Microbiology 14.22.3. Cellomics 14.22.4. Genomics 14.22.5. Proteomics 14.22.6. Blood Component Separation 14.22.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 14.23. U.S. Laboratory Centrifuge Market Forecast, by End user 14.23.1. Hospitals 14.23.2. Biotechnology & Pharmaceutical Companies 14.23.3. Academic & Research Institutions 14.24. Canada Laboratory Centrifuge Market Forecast, by intended use 14.24.1. General Purpose Centrifuges 14.24.2. Clinical Centrifuges 14.24.3. Preclinical Centrifuges 14.25. Canada Laboratory Centrifuge Market Forecast, by Product Type 14.25.1. Equipment 14.25.2. Accessories 14.26. Canada Laboratory Centrifuge Market Forecast, by Model Type 14.26.1. Bench top Centrifuges 14.26.2. Floor-standing Centrifuges 14.27. Canada Laboratory Centrifuge Market Forecast, by Design 14.27.1. Fixed-angle Rotors 14.27.2. Swinging-bucket Rotors 14.27.3. Vertical Rotors 14.27.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 14.28. Canada Laboratory Centrifuge Market Forecast, by Application 14.28.1. Diagnostics 14.28.2. Microbiology 14.28.3. Cellomics 14.28.4. Genomics 14.28.5. Proteomics 14.28.6. Blood Component Separation 14.28.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 14.29. Canada Laboratory Centrifuge Market Forecast, by End user 14.29.1. Hospitals 14.29.2. Biotechnology & Pharmaceutical Companies 14.29.3. Academic & Research Institutions 14.30. North America Laboratory Centrifuge Market Attractiveness Analysis 14.30.1. By intended use 14.30.2. By Product Type 14.30.3. By Model Type 14.30.4. By Design 14.30.5. By Application 14.30.6. By End user 14.31. PEST Analysis 14.32. Key Trends 14.33. Key Developments 15. Europe Laboratory Centrifuge Market Analysis 15.1. Key Findings 15.2. Europe Laboratory Centrifuge Market Overview 15.3. Europe Laboratory Centrifuge Market Value Share Analysis, by intended use 15.4. Europe Laboratory Centrifuge Market Forecast, by intended use 15.4.1. General Purpose Centrifuges 15.4.2. Clinical Centrifuges 15.4.3. Preclinical Centrifuges 15.5. Europe Laboratory Centrifuge Market Value Share Analysis, by Product Type 15.6. Europe Laboratory Centrifuge Market Forecast, by Product Type 15.6.1. Equipment 15.6.2. Accessories 15.7. Europe Laboratory Centrifuge Market Value Share Analysis, by Model Type 15.8. Europe Laboratory Centrifuge Market Forecast, by Model Type 15.8.1. Bench top Centrifuges 15.8.2. Floor-standing Centrifuges 15.9. Europe Laboratory Centrifuge Market Value Share Analysis, by Design 15.10. Europe Laboratory Centrifuge Market Forecast, by Design 15.10.1. Fixed-angle Rotors 15.10.2. Swinging-bucket Rotors 15.10.3. Vertical Rotors 15.10.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.11. Europe Laboratory Centrifuge Market Value Share Analysis, by Application 15.12. Europe Laboratory Centrifuge Market Forecast, by Application 15.12.1. Diagnostics 15.12.2. Microbiology 15.12.3. Cellomics 15.12.4. Genomics 15.12.5. Proteomics 15.12.6. Blood Component Separation 15.12.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.13. Europe Laboratory Centrifuge Market Value Share Analysis, by End user 15.14. Europe Laboratory Centrifuge Market Forecast, by End user 15.14.1. Hospitals 15.14.2. Biotechnology & Pharmaceutical Companies 15.14.3. Academic & Research Institutions 15.15. Europe Laboratory Centrifuge Market Value Share Analysis, by Country 15.16. Europe Laboratory Centrifuge Market Forecast, by Country 15.16.1. Germany 15.16.2. U.K. 15.16.3. France 15.16.4. Italy 15.16.5. Spain 15.16.6. Rest of Europe 15.17. Europe Laboratory Centrifuge Market Analysis, by Country 15.18. Germany Laboratory Centrifuge Market Forecast, by intended use 15.18.1. General Purpose Centrifuges 15.18.2. Clinical Centrifuges 15.18.3. Preclinical Centrifuges 15.19. Germany Laboratory Centrifuge Market Forecast, by Product Type 15.19.1. Equipment 15.19.2. Accessories 15.20. Germany Laboratory Centrifuge Market Forecast, by Model Type 15.20.1. Bench top Centrifuges 15.20.2. Floor-standing Centrifuges 15.21. Germany Laboratory Centrifuge Market Forecast, by Design 15.21.1. Fixed-angle Rotors 15.21.2. Swinging-bucket Rotors 15.21.3. Vertical Rotors 15.21.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.22. Germany Laboratory Centrifuge Market Forecast, by Application 15.22.1. Diagnostics 15.22.2. Microbiology 15.22.3. Cellomics 15.22.4. Genomics 15.22.5. Proteomics 15.22.6. Blood Component Separation 15.22.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.23. Germany Laboratory Centrifuge Market Forecast, by End user 15.23.1. Hospitals 15.23.2. Biotechnology & Pharmaceutical Companies 15.23.3. Academic & Research Institutions 15.24. U.K. Laboratory Centrifuge Market Forecast, by intended use 15.24.1. General Purpose Centrifuges 15.24.2. Clinical Centrifuges 15.24.3. Preclinical Centrifuges 15.25. U.K. Laboratory Centrifuge Market Forecast, by Product Type 15.25.1. Equipment 15.25.2. Accessories 15.26. U.K. Laboratory Centrifuge Market Forecast, by Model Type 15.26.1. Bench top Centrifuges 15.26.2. Floor-standing Centrifuges 15.27. U.K. Laboratory Centrifuge Market Forecast, by Design 15.27.1. Fixed-angle Rotors 15.27.2. Swinging-bucket Rotors 15.27.3. Vertical Rotors 15.27.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.28. U.K. Laboratory Centrifuge Market Forecast, by Application 15.28.1. Diagnostics 15.28.2. Microbiology 15.28.3. Cellomics 15.28.4. Genomics 15.28.5. Proteomics 15.28.6. Blood Component Separation 15.28.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.29. U.K. Laboratory Centrifuge Market Forecast, by End user 15.29.1. Hospitals 15.29.2. Biotechnology & Pharmaceutical Companies 15.29.3. Academic & Research Institutions 15.30. France Laboratory Centrifuge Market Forecast, by intended use 15.30.1. General Purpose Centrifuges 15.30.2. Clinical Centrifuges 15.30.3. Preclinical Centrifuges 15.31. France Laboratory Centrifuge Market Forecast, by Product Type 15.31.1. Equipment 15.31.2. Accessories 15.32. France Laboratory Centrifuge Market Forecast, by Model Type 15.32.1. Bench top Centrifuges 15.32.2. Floor-standing Centrifuges 15.33. France Laboratory Centrifuge Market Forecast, by Design 15.33.1. Fixed-angle Rotors 15.33.2. Swinging-bucket Rotors 15.33.3. Vertical Rotors 15.33.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.34. France Laboratory Centrifuge Market Forecast, by Application 15.34.1. Diagnostics 15.34.2. Microbiology 15.34.3. Cellomics 15.34.4. Genomics 15.34.5. Proteomics 15.34.6. Blood Component Separation 15.34.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.35. France Laboratory Centrifuge Market Forecast, by End user 15.35.1. Hospitals 15.35.2. Biotechnology & Pharmaceutical Companies 15.35.3. Academic & Research Institutions 15.36. Italy Laboratory Centrifuge Market Forecast, by intended use 15.36.1. General Purpose Centrifuges 15.36.2. Clinical Centrifuges 15.36.3. Preclinical Centrifuges 15.37. Italy Laboratory Centrifuge Market Forecast, by Product Type 15.37.1. Equipment 15.37.2. Accessories 15.38. Italy Laboratory Centrifuge Market Forecast, by Design 15.38.1. Fixed-angle Rotors 15.38.2. Swinging-bucket Rotors 15.38.3. Vertical Rotors 15.38.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.39. Italy Laboratory Centrifuge Market Forecast, by Application 15.39.1. Diagnostics 15.39.2. Microbiology 15.39.3. Cellomics 15.39.4. Genomics 15.39.5. Proteomics 15.39.6. Blood Component Separation 15.39.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.40. Italy Laboratory Centrifuge Market Forecast, by End user 15.40.1. Hospitals 15.40.2. Biotechnology & Pharmaceutical Companies 15.40.3. Academic & Research Institutions 15.41. Spain Laboratory Centrifuge Market Forecast, by intended use 15.41.1. General Purpose Centrifuges 15.41.2. Clinical Centrifuges 15.41.3. Preclinical Centrifuges 15.42. Spain Laboratory Centrifuge Market Forecast, by Product Type 15.42.1. Equipment 15.42.2. Accessories 15.43. Spain Laboratory Centrifuge Market Forecast, by Design 15.43.1. Fixed-angle Rotors 15.43.2. Swinging-bucket Rotors 15.43.3. Vertical Rotors 15.43.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.44. Spain Laboratory Centrifuge Market Forecast, by Application 15.44.1. Diagnostics 15.44.2. Microbiology 15.44.3. Cellomics 15.44.4. Genomics 15.44.5. Proteomics 15.44.6. Blood Component Separation 15.44.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.45. Spain Laboratory Centrifuge Market Forecast, by End user 15.45.1. Hospitals 15.45.2. Biotechnology & Pharmaceutical Companies 15.45.3. Academic & Research Institutions 15.46. Rest of Europe Laboratory Centrifuge Market Forecast, by intended use 15.46.1. General Purpose Centrifuges 15.46.2. Clinical Centrifuges 15.46.3. Preclinical Centrifuges 15.47. Rest of Europe Laboratory Centrifuge Market Forecast, by Product Type 15.47.1. Equipment 15.47.2. Accessories 15.48. Rest of Europe Laboratory Centrifuge Market Forecast, by Model Type 15.48.1. Bench top Centrifuges 15.48.2. Floor-standing Centrifuges 15.49. Rest of Europe Laboratory Centrifuge Market Forecast, by Design 15.49.1. Fixed-angle Rotors 15.49.2. Swinging-bucket Rotors 15.49.3. Vertical Rotors 15.49.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 15.50. Rest of Europe Laboratory Centrifuge Market Forecast, by Application 15.50.1. Diagnostics 15.50.2. Microbiology 15.50.3. Cellomics 15.50.4. Genomics 15.50.5. Proteomics 15.50.6. Blood Component Separation 15.50.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 15.51. Rest of Europe Laboratory Centrifuge Market Forecast, by End user 15.51.1. Hospitals 15.51.2. Biotechnology & Pharmaceutical Companies 15.51.3. Academic & Research Institutions 15.52. Europe Laboratory Centrifuge Market Attractiveness Analysis 15.52.1. By intended use 15.52.2. By Product Type 15.52.3. By Model Type 15.52.4. By Design 15.52.5. By Application 15.52.6. By End user 15.53. PEST Analysis 15.54. Key Trends 15.55. Key Development 16. Asia Pacific Laboratory Centrifuge Market Analysis 16.1. Key Findings 16.2. Asia Pacific Laboratory Centrifuge Market Overview 16.3. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by intended use 16.4. Asia Pacific Laboratory Centrifuge Market Forecast, by intended use 16.4.1. General Purpose Centrifuges 16.4.2. Clinical Centrifuges 16.4.3. Preclinical Centrifuges 16.5. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by Product Type 16.6. Asia Pacific Laboratory Centrifuge Market Forecast, by Product Type 16.6.1. Equipment 16.6.2. Accessories 16.7. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by Model Type 16.8. Asia Pacific Laboratory Centrifuge Market Forecast, by Model Type 16.8.1. Bench top Centrifuges 16.8.2. Floor-standing Centrifuges 16.9. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by Design 16.10. Asia Pacific Laboratory Centrifuge Market Forecast, by Design 16.10.1. Fixed-angle Rotors 16.10.2. Swinging-bucket Rotors 16.10.3. Vertical Rotors 16.10.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.11. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by Application 16.12. Asia Pacific Laboratory Centrifuge Market Forecast, by Application 16.12.1. Diagnostics 16.12.2. Navigation Services 16.12.3. E-Call Services 16.12.4. Vehicle Diagnostics Services 16.12.5. Other Services 16.13. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by End user 16.14. Asia Pacific Laboratory Centrifuge Market Forecast, by End user 16.14.1. Hospitals 16.14.2. Biotechnology & Pharmaceutical Companies 16.14.3. Academic & Research Institutions 16.15. Asia Pacific Laboratory Centrifuge Market Value Share Analysis, by Country 16.16. Asia Pacific Laboratory Centrifuge Market Forecast, by Country 16.16.1. China 16.16.2. India 16.16.3. Japan 16.16.4. ASEAN 16.16.5. Rest of Asia Pacific 16.17. Asia Pacific Laboratory Centrifuge Market Analysis, by Country 16.18. China Laboratory Centrifuge Market Forecast, by intended use 16.18.1. General Purpose Centrifuges 16.18.2. Clinical Centrifuges 16.18.3. Preclinical Centrifuges 16.19. China Laboratory Centrifuge Market Forecast, by Product Type 16.19.1. Equipment 16.19.2. Accessories 16.20. China Laboratory Centrifuge Market Forecast, by Model Type 16.20.1. Bench top Centrifuges 16.20.2. Floor-standing Centrifuges 16.21. China Laboratory Centrifuge Market Forecast, by Design 16.21.1. Fixed-angle Rotors 16.21.2. Swinging-bucket Rotors 16.21.3. Vertical Rotors 16.21.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.22. China Laboratory Centrifuge Market Forecast, by Application 16.22.1. Diagnostics 16.22.2. Navigation Services 16.22.3. E-Call Services 16.22.4. Vehicle Diagnostics Services 16.22.5. Other Services 16.23. China Laboratory Centrifuge Market Forecast, by End user 16.23.1. Hospitals 16.23.2. Biotechnology & Pharmaceutical Companies 16.23.3. Academic & Research Institutions 16.24. India Laboratory Centrifuge Market Forecast, by intended use 16.24.1. General Purpose Centrifuges 16.24.2. Clinical Centrifuges 16.24.3. Preclinical Centrifuges 16.25. India Laboratory Centrifuge Market Forecast, by Product Type 16.25.1. Equipment 16.25.2. Accessories 16.26. India Laboratory Centrifuge Market Forecast, by Model Type 16.26.1. Bench top Centrifuges 16.26.2. Floor-standing Centrifuges 16.27. India Laboratory Centrifuge Market Forecast, by Design 16.27.1. Fixed-angle Rotors 16.27.2. Swinging-bucket Rotors 16.27.3. Vertical Rotors 16.27.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.28. India Laboratory Centrifuge Market Forecast, by Application 16.28.1. Diagnostics 16.28.2. Microbiology 16.28.3. Cellomics 16.28.4. Genomics 16.28.5. Proteomics 16.28.6. Blood Component Separation 16.28.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 16.29. India Laboratory Centrifuge Market Forecast, by End user 16.29.1. Hospitals 16.29.2. Biotechnology & Pharmaceutical Companies 16.29.3. Academic & Research Institutions 16.30. Japan Laboratory Centrifuge Market Forecast, by intended use 16.30.1. General Purpose Centrifuges 16.30.2. Clinical Centrifuges 16.30.3. Preclinical Centrifuges 16.31. Japan Laboratory Centrifuge Market Forecast, by Product Type 16.31.1. Equipment 16.31.2. Accessories 16.32. Japan Laboratory Centrifuge Market Forecast, by Model Type 16.32.1. Bench top Centrifuges 16.32.2. Floor-standing Centrifuges 16.33. Japan Laboratory Centrifuge Market Forecast, by Design 16.33.1. Fixed-angle Rotors 16.33.2. Swinging-bucket Rotors 16.33.3. Vertical Rotors 16.33.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.34. Japan Laboratory Centrifuge Market Forecast, by Application 16.34.1. Diagnostics 16.34.2. Microbiology 16.34.3. Cellomics 16.34.4. Genomics 16.34.5. Proteomics 16.34.6. Blood Component Separation 16.34.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 16.35. Japan Laboratory Centrifuge Market Forecast, by End user 16.35.1. Hospitals 16.35.2. Biotechnology & Pharmaceutical Companies 16.35.3. Academic & Research Institutions 16.36. ASEAN Laboratory Centrifuge Market Forecast, by intended use 16.36.1. General Purpose Centrifuges 16.36.2. Clinical Centrifuges 16.36.3. Preclinical Centrifuges 16.37. ASEAN Laboratory Centrifuge Market Forecast, by Product Type 16.37.1. Equipment 16.37.2. Accessories 16.38. ASEAN Laboratory Centrifuge Market Forecast, by Model Type 16.38.1. Bench top Centrifuges 16.38.2. Floor-standing Centrifuges 16.39. ASEAN Laboratory Centrifuge Market Forecast, by Design 16.39.1. Fixed-angle Rotors 16.39.2. Swinging-bucket Rotors 16.39.3. Vertical Rotors 16.39.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.40. ASEAN Laboratory Centrifuge Market Forecast, by Application 16.40.1. Diagnostics 16.40.2. Microbiology 16.40.3. Cellomics 16.40.4. Genomics 16.40.5. Proteomics 16.40.6. Blood Component Separation 16.40.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 16.41. ASEAN Laboratory Centrifuge Market Forecast, by End user 16.41.1. Hospitals 16.41.2. Biotechnology & Pharmaceutical Companies 16.41.3. Academic & Research Institutions 16.42. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by intended use 16.42.1. General Purpose Centrifuges 16.42.2. Clinical Centrifuges 16.42.3. Preclinical Centrifuges 16.43. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by Product Type 16.43.1. Equipment 16.43.2. Accessories 16.44. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by Model Type 16.44.1. Bench top Centrifuges 16.44.2. Floor-standing Centrifuges 16.45. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by Design 16.45.1. Fixed-angle Rotors 16.45.2. Swinging-bucket Rotors 16.45.3. Vertical Rotors 16.45.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 16.46. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by Application 16.46.1. Diagnostics 16.46.2. Microbiology 16.46.3. Cellomics 16.46.4. Genomics 16.46.5. Proteomics 16.46.6. Blood Component Separation 16.46.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 16.47. Rest of Asia Pacific Laboratory Centrifuge Market Forecast, by End user 16.47.1. Hospitals 16.47.2. Biotechnology & Pharmaceutical Companies 16.47.3. Academic & Research Institutions 16.48. Asia Pacific Laboratory Centrifuge Market Attractiveness Analysis 16.48.1. By intended use 16.48.2. By Product Type 16.48.3. By Model Type 16.48.4. By Design 16.48.5. By Application 16.48.6. By End user 16.49. PEST Analysis 16.50. Key Trends 16.51. Key Development 17. Middle East & Africa Laboratory Centrifuge Market Analysis 17.1. Key Findings 17.2. Middle East & Africa Laboratory Centrifuge Market Overview 17.3. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by intended use 17.4. Middle East & Africa Laboratory Centrifuge Market Forecast, by intended use 17.4.1. General Purpose Centrifuges 17.4.2. Clinical Centrifuges 17.4.3. Preclinical Centrifuges 17.5. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by Product Type 17.6. Middle East & Africa Laboratory Centrifuge Market Forecast, by Product Type 17.6.1. Equipment 17.6.2. Accessories 17.7. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by Model Type 17.8. Middle East & Africa Laboratory Centrifuge Market Forecast, by Model Type 17.8.1. Bench top Centrifuges 17.8.2. Floor-standing Centrifuges 17.9. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by Design 17.10. Middle East & Africa Laboratory Centrifuge Market Forecast, by Design 17.10.1. Fixed-angle Rotors 17.10.2. Swinging-bucket Rotors 17.10.3. Vertical Rotors 17.10.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 17.11. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by Application 17.12. Middle East & Africa Laboratory Centrifuge Market Forecast, by Application 17.12.1. Diagnostics 17.12.2. Microbiology 17.12.3. Cellomics 17.12.4. Genomics 17.12.5. Proteomics 17.12.6. Blood Component Separation 17.12.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 17.13. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by End user 17.14. Middle East & Africa Laboratory Centrifuge Market Forecast, by End user 17.14.1. Hospitals 17.14.2. Biotechnology & Pharmaceutical Companies 17.14.3. Academic & Research Institutions 17.15. Middle East & Africa Laboratory Centrifuge Market Value Share Analysis, by Country 17.16. Middle East & Africa Laboratory Centrifuge Market Forecast, by Country 17.16.1. GCC 17.16.2. South Africa 17.16.3. Rest of Middle East & Africa 17.17. Middle East & Africa Laboratory Centrifuge Market Analysis, by Country 17.18. GCC Laboratory Centrifuge Market Forecast, by intended use 17.18.1. General Purpose Centrifuges 17.18.2. Clinical Centrifuges 17.18.3. Preclinical Centrifuges 17.19. GCC Laboratory Centrifuge Market Forecast, by Product Type 17.19.1. Equipment 17.19.2. Accessories 17.20. GCC Laboratory Centrifuge Market Forecast, by Model Type 17.20.1. Bench top Centrifuges 17.20.2. Floor-standing Centrifuges 17.21. GCC Laboratory Centrifuge Market Forecast, by Design 17.21.1. Fixed-angle Rotors 17.21.2. Swinging-bucket Rotors 17.21.3. Vertical Rotors 17.21.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 17.22. GCC Laboratory Centrifuge Market Forecast, by Application 17.22.1. Diagnostics 17.22.2. Microbiology 17.22.3. Cellomics 17.22.4. Genomics 17.22.5. Proteomics 17.22.6. Blood Component Separation 17.22.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 17.23. GCC Laboratory Centrifuge Market Forecast, by End user 17.23.1. Hospitals 17.23.2. Biotechnology & Pharmaceutical Companies 17.23.3. Academic & Research Institutions 17.24. South Africa Laboratory Centrifuge Market Forecast, by intended use 17.24.1. General Purpose Centrifuges 17.24.2. Clinical Centrifuges 17.24.3. Preclinical Centrifuges 17.25. South Africa Laboratory Centrifuge Market Forecast, by Product Type 17.25.1. Equipment 17.25.2. Accessories 17.26. South Africa Laboratory Centrifuge Market Forecast, by Model Type 17.26.1. Bench top Centrifuges 17.26.2. Floor-standing Centrifuges 17.27. South Africa Laboratory Centrifuge Market Forecast, by Design 17.27.1. Fixed-angle Rotors 17.27.2. Swinging-bucket Rotors 17.27.3. Vertical Rotors 17.27.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 17.28. South Africa Laboratory Centrifuge Market Forecast, by Application 17.28.1. Diagnostics 17.28.2. Microbiology 17.28.3. Cellomics 17.28.4. Genomics 17.28.5. Proteomics 17.28.6. Blood Component Separation 17.28.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 17.29. South Africa Laboratory Centrifuge Market Forecast, by End user 17.29.1. Hospitals 17.29.2. Biotechnology & Pharmaceutical Companies 17.29.3. Academic & Research Institutions 17.30. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by intended use 17.30.1. General Purpose Centrifuges 17.30.2. Clinical Centrifuges 17.30.3. Preclinical Centrifuges 17.31. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by Product Type 17.31.1. Equipment 17.31.2. Accessories 17.32. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by Model Type 17.32.1. Bench top Centrifuges 17.32.2. Floor-standing Centrifuges 17.33. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by Design 17.33.1. Fixed-angle Rotors 17.33.2. Swinging-bucket Rotors 17.33.3. Vertical Rotors 17.33.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 17.34. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by Application 17.34.1. Diagnostics 17.34.2. Microbiology 17.34.3. Cellomics 17.34.4. Genomics 17.34.5. Proteomics 17.34.6. Blood Component Separation 17.34.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 17.35. Rest of Middle East & Africa Laboratory Centrifuge Market Forecast, by End user 17.35.1. Hospitals 17.35.2. Biotechnology & Pharmaceutical Companies 17.35.3. Academic & Research Institutions 17.36. Middle East & Africa Laboratory Centrifuge Market Attractiveness Analysis 17.36.1. By intended use 17.36.2. By Product Type 17.36.3. By Model Type 17.36.4. By Design 17.36.5. By Application 17.36.6. By End user 17.37. PEST Analysis 17.38. Key Trends 17.39. Key Developments 18. South America Laboratory Centrifuge Market Analysis 18.1. Key Findings 18.2. South America Laboratory Centrifuge Market Overview 18.3. South America Laboratory Centrifuge Market Value Share Analysis, by intended use 18.4. South America Laboratory Centrifuge Market Forecast, by intended use 18.4.1. General Purpose Centrifuges 18.4.2. Clinical Centrifuges 18.4.3. Preclinical Centrifuges 18.5. South America Laboratory Centrifuge Market Value Share Analysis, by Product Type 18.6. South America Laboratory Centrifuge Market Forecast, by Product Type 18.6.1. Equipment 18.6.2. Accessories 18.7. South America Laboratory Centrifuge Market Value Share Analysis, by Model Type 18.8. South America Laboratory Centrifuge Market Forecast, by Model Type 18.8.1. Bench top Centrifuges 18.8.2. Floor-standing Centrifuges 18.9. South America Laboratory Centrifuge Market Value Share Analysis, by Design 18.10. South America Laboratory Centrifuge Market Forecast, by Design 18.10.1. Fixed-angle Rotors 18.10.2. Swinging-bucket Rotors 18.10.3. Vertical Rotors 18.10.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 18.11. South America Laboratory Centrifuge Market Value Share Analysis, by Application 18.12. South America Laboratory Centrifuge Market Forecast, by Application 18.12.1. Diagnostics 18.12.2. Microbiology 18.12.3. Cellomics 18.12.4. Genomics 18.12.5. Proteomics 18.12.6. Blood Component Separation 18.12.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 18.13. South America Laboratory Centrifuge Market Value Share Analysis, by Model Type 18.14. South America Laboratory Centrifuge Market Forecast, by Model Type 18.14.1. Bench top Centrifuges 18.14.2. Floor-standing Centrifuges 18.15. South America Laboratory Centrifuge Market Value Share Analysis, by End user 18.16. South America Laboratory Centrifuge Market Forecast, by End user 18.16.1. Hospitals 18.16.2. Biotechnology & Pharmaceutical Companies 18.16.3. Academic & Research Institutions 18.17. South America Laboratory Centrifuge Market Value Share Analysis, by Country 18.18. South America Laboratory Centrifuge Market Forecast, by Country 18.18.1. Brazil 18.18.2. Mexico 18.18.3. Rest of South America 18.19. South America Laboratory Centrifuge Market Analysis, by Country 18.20. Brazil Laboratory Centrifuge Market Forecast, by intended use 18.20.1. General Purpose Centrifuges 18.20.2. Clinical Centrifuges 18.20.3. Preclinical Centrifuges 18.21. Brazil Laboratory Centrifuge Market Forecast, by Product Type 18.21.1. Equipment 18.21.2. Accessories 18.22. Brazil Laboratory Centrifuge Market Forecast, by Model Type 18.22.1. Bench top Centrifuges 18.22.2. Floor-standing Centrifuges 18.23. Brazil Laboratory Centrifuge Market Forecast, by Design 18.23.1. Fixed-angle Rotors 18.23.2. Swinging-bucket Rotors 18.23.3. Vertical Rotors 18.23.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 18.24. Brazil Laboratory Centrifuge Market Forecast, by Application 18.24.1. Diagnostics 18.24.2. Microbiology 18.24.3. Cellomics 18.24.4. Genomics 18.24.5. Proteomics 18.24.6. Blood Component Separation 18.24.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 18.25. Brazil Laboratory Centrifuge Market Forecast, by End user 18.25.1. Hospitals 18.25.2. Biotechnology & Pharmaceutical Companies 18.25.3. Academic & Research Institutions 18.26. Mexico Laboratory Centrifuge Market Forecast, by intended use 18.26.1. General Purpose Centrifuges 18.26.2. Clinical Centrifuges 18.26.3. Preclinical Centrifuges 18.27. Mexico Laboratory Centrifuge Market Forecast, by Product Type 18.27.1. Equipment 18.27.2. Accessories 18.28. Mexico Laboratory Centrifuge Market Forecast, by Model Type 18.28.1. Bench top Centrifuges 18.28.2. Floor-standing Centrifuges 18.29. Mexico Laboratory Centrifuge Market Forecast, by Design 18.29.1. Fixed-angle Rotors 18.29.2. Swinging-bucket Rotors 18.29.3. Vertical Rotors 18.29.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 18.30. Mexico Laboratory Centrifuge Market Forecast, by Application 18.30.1. Diagnostics 18.30.2. Microbiology 18.30.3. Cellomics 18.30.4. Genomics 18.30.5. Proteomics 18.30.6. Blood Component Separation 18.30.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 18.31. Mexico Laboratory Centrifuge Market Forecast, by End user 18.31.1. Hospitals 18.31.2. Biotechnology & Pharmaceutical Companies 18.31.3. Academic & Research Institutions 18.32. Rest of South America Laboratory Centrifuge Market Forecast, by intended use 18.32.1. General Purpose Centrifuges 18.32.2. Clinical Centrifuges 18.32.3. Preclinical Centrifuges 18.33. Rest of South America Laboratory Centrifuge Market Forecast, by Product Type 18.33.1. Equipment 18.33.2. Accessories 18.34. Rest of South America Laboratory Centrifuge Market Forecast, by Model Type 18.34.1. Bench top Centrifuges 18.34.2. Floor-standing Centrifuges 18.35. Rest of South America Laboratory Centrifuge Market Forecast, by Design 18.35.1. Fixed-angle Rotors 18.35.2. Swinging-bucket Rotors 18.35.3. Vertical Rotors 18.35.4. Other Rotors (Continuous Flow Rotors, Batch Rotors, Zonal Rotors, and Drum Rotors) 18.36. Rest of South America Laboratory Centrifuge Market Forecast, by Application 18.36.1. Diagnostics 18.36.2. Microbiology 18.36.3. Cellomics 18.36.4. Genomics 18.36.5. Proteomics 18.36.6. Blood Component Separation 18.36.7. Other Applications (Biochemical Analysis and Nanotechnology Research) 18.37. Rest of South America Laboratory Centrifuge Market Forecast, by End user 18.37.1. Hospitals 18.37.2. Biotechnology & Pharmaceutical Companies 18.37.3. Academic & Research Institutions 18.38. South America Laboratory Centrifuge Market Attractiveness Analysis 18.38.1. By intended use 18.38.2. By Product Type 18.38.3. By Model Type 18.38.4. By Design 18.38.5. By Application 18.38.6. By End user 18.39. PEST Analysis 18.40. Key trends 18.41. Key development 19. Company Profiles 19.1. Market Share Analysis, by Company 19.2. Competition Matrix 19.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 19.2.2. New Product Launches and Product Enhancements 19.2.3. Market Consolidation 19.2.3.1. M&A by Regions, Investment and Applications 19.2.3.2. M&A Key Players, Forward Integration and Backward Integration 19.3. Company Profiles: Key Players 19.3.1. Thermo Fisher Scientific Inc. 19.3.1.1. Company Overview 19.3.1.2. Financial Overview 19.3.1.3. Product Portfolio 19.3.1.4. Business Strategy 19.3.1.5. Recent Developments 19.3.1.6. Manufacturing Footprints 19.3.2. Danaher Corporation (US) 19.3.3. Eppendorf AG (Germany) 19.3.4. Sigma Laborzentrifugen GmbH (Germany) 19.3.5. Andreas Hettich GmbH & Co. KG (Germany) 19.3.6. Kubota Corporation (Japan) 19.3.7. Koki Holdings Co. 19.3.8. Hitachi Koki Co., Ltd 19.3.9. QIAGEN N.V. 19.3.10. NuAire (US) 19.3.11. Sartorius (Germany) 19.3.12. HERMLE Labortechnik 19.3.13. Becton 19.3.14. Dickinson and Company (US) 19.3.15. Sanofi Pasteur 19.3.16. GTCR, LLC 19.3.17. Cole-Parmer Instrument Company, LLC. 19.3.18. LabX.com 19.3.19. ACMAS Technologies (P) Ltd. 19.3.20. Roch Mechatronics 19.3.21. JaincoLab Export 19.3.22. centrifugalcasting.co.in 19.3.23. Gibson Centri Tech Ltd 20. Primary insights

About This Report

Report ID 39476
Category Healthcare
Published Date Dec 2019
Updated Date Oct 2020
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