Global Interventional Image Guided Systems Market – Industry Analysis and Forecast (2019-2026) – By Products, Types, Modality, Application, End users, and Region.

Global Interventional Image Guided Systems Market – Industry Analysis and Forecast (2019-2026) – By Products, Types, Modality, Application, End users, and Region.

Market Scenario

Global Interventional Image Guided Systems Market was valued US$ XX Bn in 2018 and is expected to reach US$ XX Bn by 2026, at a CAGR of XX% during a forecast period. Global Interventional Image Guided Systems Market The major driving factors of the global interventional image-guided systems market are shifting focus from volume-based to value-based system, developing emerging markets, and growing demand for imaging technology. Additionally, increasing demand for minimally invasive surgeries, rising demand for interventional imaging in fractures & traumatic injuries, and favorable reimbursement scenarios are propelling the growth of the global interventional image-guided systems market. The high cost of hybrid operating room equipment and limitations in interventional image-guided systems are the major factors which hinders the growth of global interventional image-guided system market. The interventional image-guided systems market is segmented into products, types, modality, application, end users, and region. Further, the interventional image-guided systems market based on products includes single plane, and bi-plane systems. Interventional image-guided systems market in terms of the types is segmented into CT image-guided systems, x-ray fluoroscopy image-guided systems, MRI image-guided systems, pet image-guided systems, ultrasound image-guided systems, endoscope image-guided systems, and spect image-guided systems. Based on the interventional image-guided systems market, modality segment is sub segmented into vascular interventional systems, IVUS, FFR, IFR, intraoperative ultrasound scanner, fluoroscopy, intraoperative CT scanner, endoscopes systems, intraoperative MRI scanner, and other modality. In terms of application segment interventional image-guided systems market is sub segmented into cardiology, neurology, oncology, gastroenterology, orthopedics, ENT surgery, and other applications. Further, interventional image-guided systems market based on end users includes hospitals, ambulatory surgical centers, and specialty clinics. Based on regions, the global interventional image-guided systems market is segmented into America, Europe, Asia-pacific, Latin America and Middle East & Africa. By product, Single plane products hold the XX% market share due to single plane systems provide 2D data with high-quality live images that help in the interventional procedures such as application cardiovascular stent, neurological interventions such as neurological surgeries, in the process of urology and various other applications. Bi-plane systems are perfect for intensive interventional procedures such as cardiac, oncology and neurological interventions. On the basis of types, MRI image-guided systems are used to visualize tumors, inflammatory diseases, osteonecrosis, bone marrow diseases, congenital abnormalities and herniation or degeneration of discs of the spinal cord. The interventional SPECT image-guided systems facilitate the early diagnosis of neurology, cardiology and oncology diseases, largely by providing enhanced sensitivity. Based on modality, the intraoperative ultrasound scanner is expected to grow robustly over the forecast period owing to its rising prominence in the hybrid operating room in the hospital, in ambulatory surgical centers and specialty clinics across the globe. The fluoroscopy is generally used to visualize the contrast live images projected to the fluorescent screen system. IVUS, FFR, and IFR are anticipated to grow at a rapid rate during the forecast period in terms of modality. In terms of application, orthopedics applications include interventions related to spine injury & glitches, sports injury, bone dystrophy, and other bone-related problems. Other applications include procedures such as urology, cranial nerves, pain management, and oral interventions. In terms of end-user, Specialty clinics are the fastest growing end-user. Specialty clinics are specialized healthcare facility that is run by the certified physicians and surgeons trained to conduct interventional procedures. Geographically, The Asia-Pacific market is anticipated to be the fastest-growing region for the interventional image-guided system market due to the rising populations & consequent rise in the number of patients suffering from different acute and chronic diseases require the quick setup of the advanced medical facility making numerous scopes for the new instalment for the image-guided intervention devices in these countries. The key players operating in the global interventional image-guided systems market are GE Healthcare, Olympus, Philips Healthcare, Siemens Healthineers, Toshiba Medical Systems, and St. Jude Medical, Neusoft, Konica Minolta, Samsung Medison, Shimadzu, BenQ Medical Technology, Asahi Roentgen, Mindray, Bruker, Dentsply Sirona, Sofie Biosciences, SonoStar, Zhuhai Carelife Medical Technology, and Zoncare Bio-Medical. The objective of the report is to present a comprehensive analysis of the Global Interventional Image Guided Systems 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 the industry with a dedicated study of key players that includes market leaders, followers and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors in 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 a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Interventional Image Guided Systems Market dynamics, structure by analyzing the market segments and project the Global Interventional Image Guided Systems Market size. Clear representation of competitive analysis of key players by End-User Industry, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Interventional Image Guided Systems Market make the report investor’s guide.

Scope of Global Interventional Image Guided Systems Market:

Global Interventional Image Guided Systems Market, by Products:

• Single Plane • Bi-Plane Systems

Global Interventional Image Guided Systems Market, by Types:

• CT image-guided systems • X-ray fluoroscopy image-guided systems • MRI image-guided systems • PET image-guided systems • Ultrasound image-guided systems • Endoscope image-guided systems • SPECT image-guided systems

Global Interventional Image Guided Systems Market, by Modality:

• Vascular interventional systems • IVUS, FFR, IFR • Intraoperative ultrasound scanner • Fluoroscopy • Intraoperative CT scanner • Endoscopes systems • Intraoperative MRI scanner • Other modality

Global Interventional Image Guided Systems Market by Application:

• Cardiology • Neurology • Oncology • Gastroenterology • Orthopedics • ENT surgery • Other applications

Global Interventional Image Guided Systems Market by End-users:

• Hospitals • Ambulatory surgical centers • Specialty clinics

Global Interventional Image Guided Systems Market, by Region:

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

Key Players Operating In the Global Interventional Image Guided Systems Market:

• GE Healthcare • Olympus • Philips Healthcare • Siemens Healthineers • Toshiba Medical Systems • St. Jude Medical • Neusoft • Konica Minolta • Samsung Medison • Shimadzu • BenQ Medical Technology • Asahi Roentgen • Mindray • Bruker • Dentsply Sirona • Sofie Biosciences • Sonoita • Zhuhai Carelife Medical Technology • Zoncare Bio-Medical Global Hemostats and Tissue Sealants Market

Table of Contents

Global Interventional Image Guided Systems Market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 1.4. Key Questions Answered 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations Used 2.3. Research Methodology 3. Executive Summary 3.1. Global Interventional Image-Guided Systems Market Size, by Market Value (US$ Bn) and Market, by Region 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.3. Drivers and Restraints Snapshot Analysis 4.3.1. Drivers 4.3.2. Restraints 4.3.3. Opportunities 4.3.4. Porter’s Analysis 4.3.5. Value Chain Analysis 4.3.6. SWOT Analysis 5. Global Interventional Image-Guided Systems Market Analysis and Forecast 5.1. Global Interventional Image-Guided Systems Market Analysis and Forecast 5.2. Global Interventional Image-Guided Systems Market Size & Y-o-Y Growth Analysis 5.2.1. North America 5.2.2. Europe 5.2.3. Asia Pacific 5.2.4. Middle East & Africa 5.2.5. Latin America 6. Global Interventional Image-Guided Systems Market Analysis and Forecast, by Products 6.1. Introduction and Definition 6.2. Key Findings 6.3. Global Interventional Image-Guided Systems Market Value Share Analysis, by Products 6.4. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by Products 6.5. Global Interventional Image-Guided Systems Market Analysis, by Products 6.6. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by Products 7. Global Interventional Image-Guided Systems Market Analysis and Forecast, by Types 7.1. Introduction and Definition 7.2. Global Interventional Image-Guided Systems Market Value Share Analysis, by Types 7.3. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by Types 7.4. Global Interventional Image-Guided Systems Market Analysis, by Types 7.5. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by Types 8. Global Interventional Image-Guided Systems Market Analysis and Forecast, by Modalities 8.1. Introduction and Definition 8.2. Global Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 8.3. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by Modalities 8.4. Global Interventional Image-Guided Systems Market Analysis, by Modalities 8.5. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by Modalities 9. Global Interventional Image-Guided Systems Market Analysis and Forecast, by Applications 9.1. Introduction and Definition 9.2. Global Interventional Image-Guided Systems Market Value Share Analysis, by Applications 9.3. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by Applications 9.4. Global Interventional Image-Guided Systems Market Analysis, by Applications 9.5. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by Applications 10. Global Interventional Image-Guided Systems Market Analysis and Forecast, by End Users 10.1. Introduction and Definition 10.2. Global Interventional Image-Guided Systems Market Value Share Analysis, by End Users 10.3. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by End Users 10.4. Global Interventional Image-Guided Systems Market Analysis, by End Users 10.5. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by End Users 11. Global Interventional Image-Guided Systems Market Analysis, by Region 11.1. Global Interventional Image-Guided Systems Market Value Share Analysis, by Region 11.2. Global Interventional Image-Guided Systems Market Size (US$ Bn) Forecast, by Region 11.3. Global Interventional Image-Guided Systems Market Attractiveness Analysis, by Region 12. North America Interventional Image-Guided Systems Market Analysis 12.1. Key Findings 12.2. North America Interventional Image-Guided Systems Market Overview 12.3. North America Interventional Image-Guided Systems Market Value Share Analysis, by Products 12.4. North America Interventional Image-Guided Systems Market Forecast, by Products 12.4.1. Single Plane 12.4.2. Bi-Plane Systems 12.5. North America Interventional Image-Guided Systems Market Value Share Analysis, by Types 12.6. North America Interventional Image-Guided Systems Market Forecast, by Types 12.6.1. CT image-guided systems 12.6.2. X-ray fluoroscopy image-guided systems 12.6.3. MRI image-guided systems 12.6.4. PET image-guided systems 12.6.5. Ultrasound image-guided systems 12.6.6. Endoscope image-guided systems 12.6.7. SPECT image-guided systems 12.7. North America Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 12.8. North America Interventional Image-Guided Systems Market Forecast, by Modalities 12.8.1. Vascular interventional systems 12.8.2. IVUS, FFR, IFR 12.8.3. Intraoperative ultrasound scanner 12.8.4. Fluoroscopy 12.8.5. Intraoperative CT scanner 12.8.6. Endoscopes systems 12.8.7. Intraoperative MRI scanner 12.8.8. Other modality 12.9. North America Interventional Image-Guided Systems Market Value Share Analysis, by Applications 12.10. North America Interventional Image-Guided Systems Market Forecast, by Applications 12.10.1. Cardiology 12.10.2. Neurology 12.10.3. Oncology 12.10.4. Gastroenterology 12.10.5. Orthopedics 12.10.6. ENT surgery 12.10.7. Other applications 12.11. North America Interventional Image-Guided Systems Market Value Share Analysis, by End Users 12.12. North America Interventional Image-Guided Systems Market Forecast, by End Users 12.12.1. Hospitals 12.12.2. Ambulatory surgical centers 12.12.3. Specialty clinics 12.12.4. Other End Users 12.12.5. 12.13. North America Interventional Image-Guided Systems Market Value Share Analysis, by Country 12.14. North America Interventional Image-Guided Systems Market Forecast, by Country 12.14.1. U.S. 12.14.2. Canada 12.15. North America Interventional Image-Guided Systems Market Analysis, by Country 12.16. U.S. Interventional Image-Guided Systems Market Forecast, by Products 12.16.1. Single Plane 12.16.2. Bi-Plane Systems 12.17. U.S. Interventional Image-Guided Systems Market Forecast, by Types 12.17.1. CT image-guided systems 12.17.2. X-ray fluoroscopy image-guided systems 12.17.3. MRI image-guided systems 12.17.4. PET image-guided systems 12.17.5. Ultrasound image-guided systems 12.17.6. Endoscope image-guided systems 12.17.7. SPECT image-guided systems 12.18. U.S. Interventional Image-Guided Systems Market Forecast, by Modalities 12.18.1. Vascular interventional systems 12.18.2. IVUS, FFR, IFR 12.18.3. Intraoperative ultrasound scanner 12.18.4. Fluoroscopy 12.18.5. Intraoperative CT scanner 12.18.6. Endoscopes systems 12.18.7. Intraoperative MRI scanner 12.18.8. Other modality 12.19. U.S. Interventional Image-Guided Systems Market Forecast, by Applications 12.19.1. Cardiology 12.19.2. Neurology 12.19.3. Oncology 12.19.4. Gastroenterology 12.19.5. Orthopedics 12.19.6. ENT surgery 12.19.7. Other applications 12.20. U.S. Interventional Image-Guided Systems Market Forecast, by End Users 12.20.1. Hospitals 12.20.2. Ambulatory surgical centers 12.20.3. Specialty clinics 12.20.4. Other End Users 12.21. Canada Interventional Image-Guided Systems Market Forecast, by Products 12.21.1. Single Plane 12.21.2. Bi-Plane Systems 12.22. Canada Interventional Image-Guided Systems Market Forecast, by Types 12.22.1. CT image-guided systems 12.22.2. X-ray fluoroscopy image-guided systems 12.22.3. MRI image-guided systems 12.22.4. PET image-guided systems 12.22.5. Ultrasound image-guided systems 12.22.6. Endoscope image-guided systems 12.22.7. SPECT image-guided systems 12.23. Canada Interventional Image-Guided Systems Market Forecast, by Modalities 12.23.1. Vascular interventional systems 12.23.2. IVUS, FFR, IFR 12.23.3. Intraoperative ultrasound scanner 12.23.4. Fluoroscopy 12.23.5. Intraoperative CT scanner 12.23.6. Endoscopes systems 12.23.7. Intraoperative MRI scanner 12.23.8. Other modality 12.24. Canada Interventional Image-Guided Systems Market Forecast, by Applications 12.24.1. Cardiology 12.24.2. Neurology 12.24.3. Oncology 12.24.4. Gastroenterology 12.24.5. Orthopedics 12.24.6. ENT surgery 12.24.7. Other applications 12.25. Canada Interventional Image-Guided Systems Market Forecast, by End Users 12.25.1. Hospitals 12.25.2. Ambulatory surgical centers 12.25.3. Specialty clinics 12.25.4. Other End Users 12.26. North America Interventional Image-Guided Systems Market Attractiveness Analysis 12.26.1. By Products 12.26.2. By Types 12.26.3. By Modalities 12.26.4. By Applications 12.26.5. By End Users 12.27. PEST Analysis 13. Europe Interventional Image-Guided Systems Market Analysis 13.1. Key Findings 13.2. Europe Interventional Image-Guided Systems Market Overview 13.3. Europe Interventional Image-Guided Systems Market Value Share Analysis, by Products 13.4. Europe Interventional Image-Guided Systems Market Forecast, by Products 13.4.1. Single Plane 13.4.2. Bi-Plane Systems 13.5. Europe Interventional Image-Guided Systems Market Value Share Analysis, by Types 13.6. Europe Interventional Image-Guided Systems Market Forecast, by Types 13.6.1. CT image-guided systems 13.6.2. X-ray fluoroscopy image-guided systems 13.6.3. MRI image-guided systems 13.6.4. PET image-guided systems 13.6.5. Ultrasound image-guided systems 13.6.6. Endoscope image-guided systems 13.6.7. SPECT image-guided systems 13.7. Europe Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 13.8. Europe Interventional Image-Guided Systems Market Forecast, by Modalities 13.8.1. Vascular interventional systems 13.8.2. IVUS, FFR, IFR 13.8.3. Intraoperative ultrasound scanner 13.8.4. Fluoroscopy 13.8.5. Intraoperative CT scanner 13.8.6. Endoscopes systems 13.8.7. Intraoperative MRI scanner 13.8.8. Other modality 13.9. Europe Interventional Image-Guided Systems Market Value Share Analysis, by Applications 13.10. Europe Interventional Image-Guided Systems Market Forecast, by Applications 13.10.1. Cardiology 13.10.2. Neurology 13.10.3. Oncology 13.10.4. Gastroenterology 13.10.5. Orthopedics 13.10.6. ENT surgery 13.10.7. Other applications 13.11. Europe Interventional Image-Guided Systems Market Value Share Analysis, by End Users 13.12. Europe Interventional Image-Guided Systems Market Forecast, by End Users 13.12.1. Hospitals 13.12.2. Ambulatory surgical centers 13.12.3. Specialty clinics 13.12.4. Other End Users 13.13. Europe Interventional Image-Guided Systems Market Value Share Analysis, by Country 13.14. Europe Interventional Image-Guided Systems Market Forecast, by Country 13.14.1. Germany 13.14.2. U.K. 13.14.3. France 13.14.4. Italy 13.14.5. Spain 13.14.6. Rest of Europe 13.15. Europe Interventional Image-Guided Systems Market Analysis, by Country/ Sub-region 13.16. Germany Interventional Image-Guided Systems Market Forecast, by Products 13.16.1. Single Plane 13.16.2. Bi-Plane Systems 13.17. Germany Interventional Image-Guided Systems Market Forecast, by Types 13.17.1. CT image-guided systems 13.17.2. X-ray fluoroscopy image-guided systems 13.17.3. MRI image-guided systems 13.17.4. PET image-guided systems 13.17.5. Ultrasound image-guided systems 13.17.6. Endoscope image-guided systems 13.17.7. SPECT image-guided systems 13.18. Germany Interventional Image-Guided Systems Market Forecast, by Modalities 13.18.1. Vascular interventional systems 13.18.2. IVUS, FFR, IFR 13.18.3. Intraoperative ultrasound scanner 13.18.4. Fluoroscopy 13.18.5. Intraoperative CT scanner 13.18.6. Endoscopes systems 13.18.7. Intraoperative MRI scanner 13.18.8. Other modality 13.19. Germany Interventional Image-Guided Systems Market Forecast, by Applications 13.19.1. Cardiology 13.19.2. Neurology 13.19.3. Oncology 13.19.4. Gastroenterology 13.19.5. Orthopedics 13.19.6. ENT surgery 13.19.7. Other applications 13.20. Germany Interventional Image-Guided Systems Market Forecast, by End Users 13.20.1. Hospitals 13.20.2. Ambulatory surgical centers 13.20.3. Specialty clinics 13.20.4. Other End Users 13.21. U.K. Interventional Image-Guided Systems Market Forecast, by Products 13.21.1. Single Plane 13.21.2. Bi-Plane Systems 13.22. U.K. Interventional Image-Guided Systems Market Forecast, by Types 13.22.1. CT image-guided systems 13.22.2. X-ray fluoroscopy image-guided systems 13.22.3. MRI image-guided systems 13.22.4. PET image-guided systems 13.22.5. Ultrasound image-guided systems 13.22.6. Endoscope image-guided systems 13.22.7. SPECT image-guided systems 13.23. U.K. Interventional Image-Guided Systems Market Forecast, by Modalities 13.23.1. Vascular interventional systems 13.23.2. IVUS, FFR, IFR 13.23.3. Intraoperative ultrasound scanner 13.23.4. Fluoroscopy 13.23.5. Intraoperative CT scanner 13.23.6. Endoscopes systems 13.23.7. Intraoperative MRI scanner 13.23.8. Other modality 13.24. U.K. Interventional Image-Guided Systems Market Forecast, by Applications 13.24.1. Cardiology 13.24.2. Neurology 13.24.3. Oncology 13.24.4. Gastroenterology 13.24.5. Orthopedics 13.24.6. ENT surgery 13.24.7. Other applications 13.25. U.K. Interventional Image-Guided Systems Market Forecast, by End Users 13.25.1. Hospitals 13.25.2. Ambulatory surgical centers 13.25.3. Specialty clinics 13.25.4. Other End Users 13.26. France Interventional Image-Guided Systems Market Forecast, by Products 13.26.1. Single Plane 13.26.2. Bi-Plane Systems 13.27. France Interventional Image-Guided Systems Market Forecast, by Types 13.27.1. CT image-guided systems 13.27.2. X-ray fluoroscopy image-guided systems 13.27.3. MRI image-guided systems 13.27.4. PET image-guided systems 13.27.5. Ultrasound image-guided systems 13.27.6. Endoscope image-guided systems 13.27.7. SPECT image-guided systems 13.28. France Interventional Image-Guided Systems Market Forecast, by Modalities 13.28.1. Vascular interventional systems 13.28.2. IVUS, FFR, IFR 13.28.3. Intraoperative ultrasound scanner 13.28.4. Fluoroscopy 13.28.5. Intraoperative CT scanner 13.28.6. Endoscopes systems 13.28.7. Intraoperative MRI scanner 13.28.8. Other modality 13.29. France Interventional Image-Guided Systems Market Forecast, by Applications 13.29.1. Cardiology 13.29.2. Neurology 13.29.3. Oncology 13.29.4. Gastroenterology 13.29.5. Orthopedics 13.29.6. ENT surgery 13.29.7. Other applications 13.30. France Interventional Image-Guided Systems Market Forecast, by End Users 13.30.1. Hospitals 13.30.2. Ambulatory surgical centers 13.30.3. Specialty clinics 13.30.4. Other End Users 13.31. Italy Interventional Image-Guided Systems Market Forecast, by Products 13.31.1. Single Plane 13.31.2. Bi-Plane Systems 13.32. Italy Interventional Image-Guided Systems Market Forecast, by Types 13.32.1. CT image-guided systems 13.32.2. X-ray fluoroscopy image-guided systems 13.32.3. MRI image-guided systems 13.32.4. PET image-guided systems 13.32.5. Ultrasound image-guided systems 13.32.6. Endoscope image-guided systems 13.32.7. SPECT image-guided systems 13.33. Italy Interventional Image-Guided Systems Market Forecast, by Modalities 13.33.1. Vascular interventional systems 13.33.2. IVUS, FFR, IFR 13.33.3. Intraoperative ultrasound scanner 13.33.4. Fluoroscopy 13.33.5. Intraoperative CT scanner 13.33.6. Endoscopes systems 13.33.7. Intraoperative MRI scanner 13.33.8. Other modality 13.34. Italy Interventional Image-Guided Systems Market Forecast, by Applications 13.34.1. Cardiology 13.34.2. Neurology 13.34.3. Oncology 13.34.4. Gastroenterology 13.34.5. Orthopedics 13.34.6. ENT surgery 13.34.7. Other applications 13.35. Italy Interventional Image-Guided Systems Market Forecast, by End Users 13.35.1. Hospitals 13.35.2. Ambulatory surgical centers 13.35.3. Specialty clinics 13.35.4. Other End Users 13.36. Spain Interventional Image-Guided Systems Market Forecast, by Products 13.36.1. Single Plane 13.36.2. Bi-Plane Systems 13.37. Spain Interventional Image-Guided Systems Market Forecast, by Types 13.37.1. CT image-guided systems 13.37.2. X-ray fluoroscopy image-guided systems 13.37.3. MRI image-guided systems 13.37.4. PET image-guided systems 13.37.5. Ultrasound image-guided systems 13.37.6. Endoscope image-guided systems 13.37.7. SPECT image-guided systems 13.38. Spain Interventional Image-Guided Systems Market Forecast, by Modalities 13.38.1. Vascular interventional systems 13.38.2. IVUS, FFR, IFR 13.38.3. Intraoperative ultrasound scanner 13.38.4. Fluoroscopy 13.38.5. Intraoperative CT scanner 13.38.6. Endoscopes systems 13.38.7. Intraoperative MRI scanner 13.38.8. Other modality 13.39. Spain Interventional Image-Guided Systems Market Forecast, by Applications 13.39.1. Cardiology 13.39.2. Neurology 13.39.3. Oncology 13.39.4. Gastroenterology 13.39.5. Orthopedics 13.39.6. ENT surgery 13.39.7. Other applications 13.40. Spain Interventional Image-Guided Systems Market Forecast, by End Users 13.40.1. Hospitals 13.40.2. Ambulatory surgical centers 13.40.3. Specialty clinics 13.40.4. Other End Users 13.41. Rest of Europe Interventional Image-Guided Systems Market Forecast, by Products 13.41.1. Single Plane 13.41.2. Bi-Plane Systems 13.42. Rest of Europe Interventional Image-Guided Systems Market Forecast, by Types 13.42.1. CT image-guided systems 13.42.2. X-ray fluoroscopy image-guided systems 13.42.3. MRI image-guided systems 13.42.4. PET image-guided systems 13.42.5. Ultrasound image-guided systems 13.42.6. Endoscope image-guided systems 13.42.7. SPECT image-guided systems 13.43. Rest of Europe Interventional Image-Guided Systems Market Forecast, by Modalities 13.43.1. Vascular interventional systems 13.43.2. IVUS, FFR, IFR 13.43.3. Intraoperative ultrasound scanner 13.43.4. Fluoroscopy 13.43.5. Intraoperative CT scanner 13.43.6. Endoscopes systems 13.43.7. Intraoperative MRI scanner 13.43.8. Other modality 13.44. Rest Of Europe Interventional Image-Guided Systems Market Forecast, by Applications 13.44.1. Cardiology 13.44.2. Neurology 13.44.3. Oncology 13.44.4. Gastroenterology 13.44.5. Orthopedics 13.44.6. ENT surgery 13.44.7. Other applications 13.45. Rest Of Europe Interventional Image-Guided Systems Market Forecast, by End Users 13.45.1. Hospitals 13.45.2. Ambulatory surgical centers 13.45.3. Specialty clinics 13.45.4. Other End Users 13.46. Europe Interventional Image-Guided Systems Market Attractiveness Analysis 13.46.1. By Products 13.46.2. By Types 13.46.3. By Modalities 13.46.4. By Applications 13.46.5. By End Users 13.47. PEST Analysis 14. Asia Pacific Interventional Image-Guided Systems Market Analysis 14.1. Key Findings 14.2. Asia Pacific Interventional Image-Guided Systems Market Overview 14.3. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by Products 14.4. Asia Pacific Interventional Image-Guided Systems Market Forecast, by Products 14.4.1. Single Plane 14.4.2. Bi-Plane Systems 14.5. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by Types 14.6. Asia Pacific Interventional Image-Guided Systems Market Forecast, by Types 14.6.1. CT image-guided systems 14.6.2. X-ray fluoroscopy image-guided systems 14.6.3. MRI image-guided systems 14.6.4. PET image-guided systems 14.6.5. Ultrasound image-guided systems 14.6.6. Endoscope image-guided systems 14.6.7. SPECT image-guided systems 14.7. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 14.8. Asia Pacific Interventional Image-Guided Systems Market Forecast, by Modalities 14.8.1. Vascular interventional systems 14.8.2. IVUS, FFR, IFR 14.8.3. Intraoperative ultrasound scanner 14.8.4. Fluoroscopy 14.8.5. Intraoperative CT scanner 14.8.6. Endoscopes systems 14.8.7. Intraoperative MRI scanner 14.8.8. Other modality 14.9. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by Applications 14.10. Asia Pacific Interventional Image-Guided Systems Market Forecast, by Applications 14.10.1. Cardiology 14.10.2. Neurology 14.10.3. Oncology 14.10.4. Gastroenterology 14.10.5. Orthopedics 14.10.6. ENT surgery 14.10.7. Other applications 14.11. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by End Users 14.12. Asia Pacific Interventional Image-Guided Systems Market Forecast, by End Users 14.12.1. Hospitals 14.12.2. Ambulatory surgical centers 14.12.3. Specialty clinics 14.12.4. Other End Users 14.13. Asia Pacific Interventional Image-Guided Systems Market Value Share Analysis, by Country 14.14. Asia Pacific Interventional Image-Guided Systems Market Forecast, by Country 14.14.1. China 14.14.2. India 14.14.3. Japan 14.14.4. ASEAN 14.14.5. Rest of Asia Pacific 14.15. Asia Pacific Interventional Image-Guided Systems Market Analysis, by Country/ Sub-region 14.16. China Interventional Image-Guided Systems Market Forecast, by Products 14.16.1. Single Plane 14.16.2. Bi-Plane Systems 14.17. China Interventional Image-Guided Systems Market Forecast, by Types 14.17.1. CT image-guided systems 14.17.2. X-ray fluoroscopy image-guided systems 14.17.3. MRI image-guided systems 14.17.4. PET image-guided systems 14.17.5. Ultrasound image-guided systems 14.17.6. Endoscope image-guided systems 14.17.7. SPECT image-guided systems 14.18. China Interventional Image-Guided Systems Market Forecast, by Modalities 14.18.1. Vascular interventional systems 14.18.2. IVUS, FFR, IFR 14.18.3. Intraoperative ultrasound scanner 14.18.4. Fluoroscopy 14.18.5. Intraoperative CT scanner 14.18.6. Endoscopes systems 14.18.7. Intraoperative MRI scanner 14.18.8. Other modality 14.19. China Interventional Image-Guided Systems Market Forecast, by Applications 14.19.1. Cardiology 14.19.2. Neurology 14.19.3. Oncology 14.19.4. Gastroenterology 14.19.5. Orthopedics 14.19.6. ENT surgery 14.19.7. Other applications 14.20. China Interventional Image-Guided Systems Market Forecast, by End Users 14.20.1. Hospitals 14.20.2. Ambulatory surgical centers 14.20.3. Specialty clinics 14.20.4. Other End Users 14.21. India Interventional Image-Guided Systems Market Forecast, by Products 14.21.1. Single Plane 14.21.2. Bi-Plane Systems 14.22. India Interventional Image-Guided Systems Market Forecast, by Types 14.22.1. CT image-guided systems 14.22.2. X-ray fluoroscopy image-guided systems 14.22.3. MRI image-guided systems 14.22.4. PET image-guided systems 14.22.5. Ultrasound image-guided systems 14.22.6. Endoscope image-guided systems 14.22.7. SPECT image-guided systems 14.23. India Interventional Image-Guided Systems Market Forecast, by Modalities 14.23.1. Vascular interventional systems 14.23.2. IVUS, FFR, IFR 14.23.3. Intraoperative ultrasound scanner 14.23.4. Fluoroscopy 14.23.5. Intraoperative CT scanner 14.23.6. Endoscopes systems 14.23.7. Intraoperative MRI scanner 14.23.8. Other modality 14.24. India Interventional Image-Guided Systems Market Forecast, by Applications 14.24.1. Cardiology 14.24.2. Neurology 14.24.3. Oncology 14.24.4. Gastroenterology 14.24.5. Orthopedics 14.24.6. ENT surgery 14.24.7. Other applications 14.25. India Interventional Image-Guided Systems Market Forecast, by End Users 14.25.1. Hospitals 14.25.2. Ambulatory surgical centers 14.25.3. Specialty clinics 14.25.4. Other End Users 14.26. Japan Interventional Image-Guided Systems Market Forecast, by Products 14.26.1. Single Plane 14.26.2. Bi-Plane Systems 14.27. Japan Interventional Image-Guided Systems Market Forecast, by Types 14.27.1. CT image-guided systems 14.27.2. X-ray fluoroscopy image-guided systems 14.27.3. MRI image-guided systems 14.27.4. PET image-guided systems 14.27.5. Ultrasound image-guided systems 14.27.6. Endoscope image-guided systems 14.27.7. SPECT image-guided systems 14.28. Japan Interventional Image-Guided Systems Market Forecast, by Modalities 14.28.1. Vascular interventional systems 14.28.2. IVUS, FFR, IFR 14.28.3. Intraoperative ultrasound scanner 14.28.4. Fluoroscopy 14.28.5. Intraoperative CT scanner 14.28.6. Endoscopes systems 14.28.7. Intraoperative MRI scanner 14.28.8. Other modality 14.29. Japan Interventional Image-Guided Systems Market Forecast, by Applications 14.29.1. Cardiology 14.29.2. Neurology 14.29.3. Oncology 14.29.4. Gastroenterology 14.29.5. Orthopedics 14.29.6. ENT surgery 14.29.7. Other applications 14.30. Japan Interventional Image-Guided Systems Market Forecast, by End Users 14.30.1. Hospitals 14.30.2. Ambulatory surgical centers 14.30.3. Specialty clinics 14.30.4. Other End Users 14.31. ASEAN Interventional Image-Guided Systems Market Forecast, by Products 14.31.1. Single Plane 14.31.2. Bi-Plane Systems 14.32. ASEAN Interventional Image-Guided Systems Market Forecast, by Types 14.32.1. CT image-guided systems 14.32.2. X-ray fluoroscopy image-guided systems 14.32.3. MRI image-guided systems 14.32.4. PET image-guided systems 14.32.5. Ultrasound image-guided systems 14.32.6. Endoscope image-guided systems 14.32.7. SPECT image-guided systems 14.33. ASEAN Interventional Image-Guided Systems Market Forecast, by Modalities 14.33.1. Vascular interventional systems 14.33.2. IVUS, FFR, IFR 14.33.3. Intraoperative ultrasound scanner 14.33.4. Fluoroscopy 14.33.5. Intraoperative CT scanner 14.33.6. Endoscopes systems 14.33.7. Intraoperative MRI scanner 14.33.8. Other modality 14.34. ASEAN Interventional Image-Guided Systems Market Forecast, by Applications 14.34.1. Cardiology 14.34.2. Neurology 14.34.3. Oncology 14.34.4. Gastroenterology 14.34.5. Orthopedics 14.34.6. ENT surgery 14.34.7. Other applications 14.35. ASEAN Interventional Image-Guided Systems Market Forecast, by End Users 14.35.1. Hospitals 14.35.2. Ambulatory surgical centers 14.35.3. Specialty clinics 14.35.4. Other End Users 14.36. Rest of Asia Pacific Interventional Image-Guided Systems Market Forecast, by Products 14.36.1. Single Plane 14.36.2. Bi-Plane Systems 14.37. Rest of Asia Pacific Interventional Image-Guided Systems Market Forecast, by Types 14.37.1. CT image-guided systems 14.37.2. X-ray fluoroscopy image-guided systems 14.37.3. MRI image-guided systems 14.37.4. PET image-guided systems 14.37.5. Ultrasound image-guided systems 14.37.6. Endoscope image-guided systems 14.37.7. SPECT image-guided systems 14.38. Rest of Asia Pacific Interventional Image-Guided Systems Market Forecast, by Modalities 14.38.1. Vascular interventional systems 14.38.2. IVUS, FFR, IFR 14.38.3. Intraoperative ultrasound scanner 14.38.4. Fluoroscopy 14.38.5. Intraoperative CT scanner 14.38.6. Endoscopes systems 14.38.7. Intraoperative MRI scanner 14.38.8. Other modality 14.39. Rest of Asia Pacific Interventional Image-Guided Systems Market Forecast, by Applications 14.39.1. Cardiology 14.39.2. Neurology 14.39.3. Oncology 14.39.4. Gastroenterology 14.39.5. Orthopedics 14.39.6. ENT surgery 14.39.7. Other applications 14.40. Rest of Asia Pacific Interventional Image-Guided Systems Market Forecast, by End Users 14.40.1. Hospitals 14.40.2. Ambulatory surgical centers 14.40.3. Specialty clinics 14.40.4. Other End Users 14.41. Asia Pacific Interventional Image-Guided Systems Market Attractiveness Analysis 14.41.1. By Products 14.41.2. By Types 14.41.3. By Modalities 14.41.4. By Applications 14.41.5. By End Users 14.42. PEST Analysis 15. Middle East & Africa Interventional Image-Guided Systems Market Analysis 15.1. Key Findings 15.2. Middle East & Africa Interventional Image-Guided Systems Market Overview 15.3. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by Products 15.4. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Products 15.4.1. Single Plane 15.4.2. Bi-Plane Systems 15.5. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by Types 15.6. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Types 15.6.1. CT image-guided systems 15.6.2. X-ray fluoroscopy image-guided systems 15.6.3. MRI image-guided systems 15.6.4. PET image-guided systems 15.6.5. Ultrasound image-guided systems 15.6.6. Endoscope image-guided systems 15.6.7. SPECT image-guided systems 15.7. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 15.8. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Modalities 15.8.1. Vascular interventional systems 15.8.2. IVUS, FFR, IFR 15.8.3. Intraoperative ultrasound scanner 15.8.4. Fluoroscopy 15.8.5. Intraoperative CT scanner 15.8.6. Endoscopes systems 15.8.7. Intraoperative MRI scanner 15.8.8. Other modality 15.9. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by Applications 15.10. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Applications 15.10.1. Cardiology 15.10.2. Neurology 15.10.3. Oncology 15.10.4. Gastroenterology 15.10.5. Orthopedics 15.10.6. ENT surgery 15.10.7. Other applications 15.11. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by End Users 15.12. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by End Users 15.12.1. Hospitals 15.12.2. Ambulatory surgical centers 15.12.3. Specialty clinics 15.12.4. Other End Users 15.13. Middle East & Africa Interventional Image-Guided Systems Market Value Share Analysis, by Country 15.14. Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Country 15.14.1. GCC 15.14.2. South Africa 15.14.3. Rest of Middle East & Africa 15.15. Middle East & Africa Interventional Image-Guided Systems Market Analysis, by Country/ Sub-region 15.16. GCC Interventional Image-Guided Systems Market Forecast, by Products 15.16.1. Single Plane 15.16.2. Bi-Plane Systems 15.17. GCC Interventional Image-Guided Systems Market Forecast, by Types 15.17.1. CT image-guided systems 15.17.2. X-ray fluoroscopy image-guided systems 15.17.3. MRI image-guided systems 15.17.4. PET image-guided systems 15.17.5. Ultrasound image-guided systems 15.17.6. Endoscope image-guided systems 15.17.7. SPECT image-guided systems 15.18. GCC Interventional Image-Guided Systems Market Forecast, by Modalities 15.18.1. Vascular interventional systems 15.18.2. IVUS, FFR, IFR 15.18.3. Intraoperative ultrasound scanner 15.18.4. Fluoroscopy 15.18.5. Intraoperative CT scanner 15.18.6. Endoscopes systems 15.18.7. Intraoperative MRI scanner 15.18.8. Other modality 15.19. GCC Interventional Image-Guided Systems Market Forecast, by Applications 15.19.1. Cardiology 15.19.2. Neurology 15.19.3. Oncology 15.19.4. Gastroenterology 15.19.5. Orthopedics 15.19.6. ENT surgery 15.19.7. Other applications 15.20. GCC Interventional Image-Guided Systems Market Forecast, by End Users 15.20.1. Hospitals 15.20.2. Ambulatory surgical centers 15.20.3. Specialty clinics 15.20.4. Other End Users 15.21. South Africa Interventional Image-Guided Systems Market Forecast, by Products 15.21.1. Single Plane 15.21.2. Bi-Plane Systems 15.22. South Africa Interventional Image-Guided Systems Market Forecast, by Types 15.22.1. CT image-guided systems 15.22.2. X-ray fluoroscopy image-guided systems 15.22.3. MRI image-guided systems 15.22.4. PET image-guided systems 15.22.5. Ultrasound image-guided systems 15.22.6. Endoscope image-guided systems 15.22.7. SPECT image-guided systems 15.23. South Africa Interventional Image-Guided Systems Market Forecast, by Modalities 15.23.1. Vascular interventional systems 15.23.2. IVUS, FFR, IFR 15.23.3. Intraoperative ultrasound scanner 15.23.4. Fluoroscopy 15.23.5. Intraoperative CT scanner 15.23.6. Endoscopes systems 15.23.7. Intraoperative MRI scanner 15.23.8. Other modality 15.24. South Africa Interventional Image-Guided Systems Market Forecast, by Applications 15.24.1. Cardiology 15.24.2. Neurology 15.24.3. Oncology 15.24.4. Gastroenterology 15.24.5. Orthopedics 15.24.6. ENT surgery 15.24.7. Other applications 15.25. South Africa Interventional Image-Guided Systems Market Forecast, by End Users 15.25.1. Hospitals 15.25.2. Ambulatory surgical centers 15.25.3. Specialty clinics 15.25.4. Other End Users 15.26. Rest of Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Products 15.26.1. Single Plane 15.26.2. Bi-Plane Systems 15.27. Rest of Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Types 15.27.1. CT image-guided systems 15.27.2. X-ray fluoroscopy image-guided systems 15.27.3. MRI image-guided systems 15.27.4. PET image-guided systems 15.27.5. Ultrasound image-guided systems 15.27.6. Endoscope image-guided systems 15.27.7. SPECT image-guided systems 15.28. Rest of Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Modalities 15.28.1. Vascular interventional systems 15.28.2. IVUS, FFR, IFR 15.28.3. Intraoperative ultrasound scanner 15.28.4. Fluoroscopy 15.28.5. Intraoperative CT scanner 15.28.6. Endoscopes systems 15.28.7. Intraoperative MRI scanner 15.28.8. Other modality 15.29. Rest of Middle East & Africa Interventional Image-Guided Systems Market Forecast, by Applications 15.29.1. Cardiology 15.29.2. Neurology 15.29.3. Oncology 15.29.4. Gastroenterology 15.29.5. Orthopedics 15.29.6. ENT surgery 15.29.7. Other applications 15.30. Rest of Middle East & Africa Interventional Image-Guided Systems Market Forecast, by End Users 15.30.1. Hospitals 15.30.2. Ambulatory surgical centers 15.30.3. Specialty clinics 15.30.4. Other End Users 15.31. Middle East & Africa Interventional Image-Guided Systems Market Attractiveness Analysis 15.31.1. By Products 15.31.2. By Types 15.31.3. By Modalities 15.31.4. By Applications 15.31.5. By End Users 15.32. PEST Analysis 16. Latin America Interventional Image-Guided Systems Market Analysis 16.1. Key Findings 16.2. Latin America Interventional Image-Guided Systems Market Overview 16.3. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by Products 16.4. Latin America Interventional Image-Guided Systems Market Forecast, by Products 16.4.1. Single Plane 16.4.2. Bi-Plane Systems 16.5. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by Types 16.6. Latin America Interventional Image-Guided Systems Market Forecast, by Types 16.6.1. CT image-guided systems 16.6.2. X-ray fluoroscopy image-guided systems 16.6.3. MRI image-guided systems 16.6.4. PET image-guided systems 16.6.5. Ultrasound image-guided systems 16.6.6. Endoscope image-guided systems 16.6.7. SPECT image-guided systems 16.7. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by Modalities 16.8. Latin America Interventional Image-Guided Systems Market Forecast, by Modalities 16.8.1. Vascular interventional systems 16.8.2. IVUS, FFR, IFR 16.8.3. Intraoperative ultrasound scanner 16.8.4. Fluoroscopy 16.8.5. Intraoperative CT scanner 16.8.6. Endoscopes systems 16.8.7. Intraoperative MRI scanner 16.8.8. Other modality 16.9. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by Applications 16.10. Latin America Interventional Image-Guided Systems Market Forecast, by Applications 16.10.1. Cardiology 16.10.2. Neurology 16.10.3. Oncology 16.10.4. Gastroenterology 16.10.5. Orthopedics 16.10.6. ENT surgery 16.10.7. Other applications 16.11. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by End Users 16.12. Latin America Interventional Image-Guided Systems Market Forecast, by End Users 16.12.1. Hospitals 16.12.2. Ambulatory surgical centers 16.12.3. Specialty clinics 16.12.4. Other End Users 16.13. Latin America Interventional Image-Guided Systems Market Value Share Analysis, by Country 16.14. Latin America Interventional Image-Guided Systems Market Forecast, by Country 16.14.1. Brazil 16.14.2. Mexico 16.14.3. Rest of Latin America 16.15. Latin America Interventional Image-Guided Systems Market Analysis, by Country/ Sub-region 16.16. Brazil Interventional Image-Guided Systems Market Forecast, by Products 16.16.1. Single Plane 16.16.2. Bi-Plane Systems 16.17. Brazil Interventional Image-Guided Systems Market Forecast, by Types 16.17.1. CT image-guided systems 16.17.2. X-ray fluoroscopy image-guided systems 16.17.3. MRI image-guided systems 16.17.4. PET image-guided systems 16.17.5. Ultrasound image-guided systems 16.17.6. Endoscope image-guided systems 16.17.7. SPECT image-guided systems 16.18. Brazil Interventional Image-Guided Systems Market Forecast, by Modalities 16.18.1. Vascular interventional systems 16.18.2. IVUS, FFR, IFR 16.18.3. Intraoperative ultrasound scanner 16.18.4. Fluoroscopy 16.18.5. Intraoperative CT scanner 16.18.6. Endoscopes systems 16.18.7. Intraoperative MRI scanner 16.18.8. Other modality 16.19. Brazil Interventional Image-Guided Systems Market Forecast, by Applications 16.19.1. Cardiology 16.19.2. Neurology 16.19.3. Oncology 16.19.4. Gastroenterology 16.19.5. Orthopedics 16.19.6. ENT surgery 16.19.7. Other applications 16.20. Brazil Interventional Image-Guided Systems Market Forecast, by End Users 16.20.1. Hospitals 16.20.2. Ambulatory surgical centers 16.20.3. Specialty clinics 16.20.4. Other End Users 16.21. Mexico Interventional Image-Guided Systems Market Forecast, by Products 16.21.1. Single Plane 16.21.2. Bi-Plane Systems 16.22. Mexico Interventional Image-Guided Systems Market Forecast, by Types 16.22.1. CT image-guided systems 16.22.2. X-ray fluoroscopy image-guided systems 16.22.3. MRI image-guided systems 16.22.4. PET image-guided systems 16.22.5. Ultrasound image-guided systems 16.22.6. Endoscope image-guided systems 16.22.7. SPECT image-guided systems 16.23. Mexico Interventional Image-Guided Systems Market Forecast, by Modalities 16.23.1. Vascular interventional systems 16.23.2. IVUS, FFR, IFR 16.23.3. Intraoperative ultrasound scanner 16.23.4. Fluoroscopy 16.23.5. Intraoperative CT scanner 16.23.6. Endoscopes systems 16.23.7. Intraoperative MRI scanner 16.23.8. Other modality 16.24. Mexico Interventional Image-Guided Systems Market Forecast, by Applications 16.24.1. Cardiology 16.24.2. Neurology 16.24.3. Oncology 16.24.4. Gastroenterology 16.24.5. Orthopedics 16.24.6. ENT surgery 16.24.7. Other applications 16.25. Mexico Interventional Image-Guided Systems Market Forecast, by End Users 16.25.1. Hospitals 16.25.2. Ambulatory surgical centers 16.25.3. Specialty clinics 16.25.4. Other End Users 16.26. Rest of Latin America Interventional Image-Guided Systems Market Forecast, by Products 16.26.1. Single Plane 16.26.2. Bi-Plane Systems 16.27. Rest of Latin America Interventional Image-Guided Systems Market Forecast, by Types 16.27.1. CT image-guided systems 16.27.2. X-ray fluoroscopy image-guided systems 16.27.3. MRI image-guided systems 16.27.4. PET image-guided systems 16.27.5. Ultrasound image-guided systems 16.27.6. Endoscope image-guided systems 16.27.7. SPECT image-guided systems 16.28. Rest of Latin America Interventional Image-Guided Systems Market Forecast, by Modalities 16.28.1. Vascular interventional systems 16.28.2. IVUS, FFR, IFR 16.28.3. Intraoperative ultrasound scanner 16.28.4. Fluoroscopy 16.28.5. Intraoperative CT scanner 16.28.6. Endoscopes systems 16.28.7. Intraoperative MRI scanner 16.28.8. Other modality 16.29. Rest of Latin America Interventional Image-Guided Systems Market Forecast, by Applications 16.29.1. Cardiology 16.29.2. Neurology 16.29.3. Oncology 16.29.4. Gastroenterology 16.29.5. Orthopedics 16.29.6. ENT surgery 16.29.7. Other applications 16.30. Rest of Latin America Interventional Image-Guided Systems Market Forecast, by End Users 16.30.1. Hospitals 16.30.2. Ambulatory surgical centers 16.30.3. Specialty clinics 16.30.4. Other End Users 16.31. Latin America Interventional Image-Guided Systems Market Attractiveness Analysis 16.31.1. By Products 16.31.2. By Types 16.31.3. By Modalities 16.31.4. By Applications 16.31.5. By End Users 16.32. PEST Analysis 17. Company Profiles 17.1. Market Share Analysis, by Company 17.2. Competition Matrix 17.3. Company Profiles: Key Players 17.3.1. Shenzhen Bestman Instrument 17.3.1.1. Company Overview 17.3.1.2. Financial Overview 17.3.1.3. Business Strategy 17.3.1.4. Recent Developments 17.3.1.5. Manufacturing Footprint 17.3.2. GE Healthcare 17.3.3. Olympus 17.3.4. Philips Healthcare 17.3.5. Siemens Healthineers 17.3.6. Toshiba Medical Systems 17.3.7. St. Jude Medical 17.3.8. Neusoft 17.3.9. Konica Minolta 17.3.10. Samsung Medison 17.3.11. Shimadzu 17.3.12. BenQ Medical Technology 17.3.13. Asahi Roentgen 17.3.14. Mindray 17.3.15. Bruker 17.3.16. Dentsply Sirona 17.3.17. Sofie Biosciences 17.3.18. SonoStar 17.3.19. Zhuhai Carelife Medical Technology 17.3.20. Zoncare Bio-Medical 18. Primary Key Insights

About This Report

Report ID21453
Published DateSept 2019
Contact Us
Call Now