Russia Diagnostic Imaging Market Outlook to 2020

Transcription

1 Russia Diagnostic Imaging Market Outlook to 2020 Reference Code: GDMEMC0022DB Publication Date: March 2014 Page 1

2 1 Table of Contents 1 Table of Contents List of Tables List of Figures Introduction What Is This Report About? Diagnostic Imaging Market Segmentation Definitions of Markets Covered in the Report Diagnostic Imaging Market, Russia Diagnostic Imaging Market, Russia, Revenue ($m), Diagnostic Imaging Market, Russia, Revenue Mix ($m), Diagnostic Imaging Market, Russia, Category Contribution by Revenue ($m), Diagnostic Imaging Market, Russia, Category Comparison by Revenue ($m), Diagnostic Imaging Market, Russia, Revenue ($m), Diagnostic Imaging Market, Russia, Revenue ($m), Diagnostic Imaging Market, Russia, Volume (Units), Diagnostic Imaging Market, Russia, Volume (Units), Diagnostic Imaging Market, Russia, Volume (Units), Diagnostic Imaging Market, Russia, Company Share by Revenue ($m), Angio Suites Market, Russia Angio Suites Market, Russia, Revenue ($m), Angio Suites Market, Russia, Revenue ($m), Angio Suites Market, Russia, Volume (Units), Angio Suites Market, Russia, Volume (Units), Angio Suites Market, Russia, Distribution Share by Revenue ($m), Angio Suites Market, Russia, Company Share by Revenue ($m), Bone Densitometers Market, Russia Bone Densitometers Market, Russia, Revenue ($m), Bone Densitometers Market, Russia, Revenue ($m), Bone Densitometers Market, Russia, Volume (Units), Bone Densitometers Market, Russia, Volume (Units), Bone Densitometers Market, Russia, Distribution Share by Revenue ($m), Bone Densitometers Market, Russia, Company Share by Revenue ($m), C-Arms Market, Russia C-Arms Market, Russia, Revenue ($m), C-Arms Market, Russia, Revenue ($m), C-Arms Market, Russia, Volume (Units), C-Arms Market, Russia, Volume (Units), C-Arms Market, Russia, Distribution Share by Revenue ($m), C-Arms Market, Russia, Company Share by Revenue ($m), Page 2

3 7 Computed Tomography Systems Market, Russia Computed Tomography Systems Market, Russia, Revenue ($m), Computed Tomography Systems Market, Russia, Revenue ($m), Computed Tomography Systems Market, Russia, Volume (Units), Computed Tomography Systems Market, Russia, Volume (Units), Computed Tomography Systems Market, Russia, Distribution Share, Revenue ($m), Computed Tomography Systems Market, Russia, Company Share by Revenue ($m), Contrast Media Injectors Market, Russia Contrast Media Injectors Market, Russia, Revenue ($m), Contrast Media Injectors Market, Russia, Revenue ($m), Contrast Media Injectors Market, Russia, Volume (Units), Contrast Media Injectors Market, Russia, Volume (Units), Contrast Media Injectors Market, Russia, Distribution Share, Revenue ($m), Contrast Media Injectors Market, Russia, Company Share by Revenue ($m), Mammography Equipment Market, Russia Mammography Equipment Market, Russia, Revenue Mix ($m), Mammography Equipment Market, Russia, Segment Contribution (%), Mammography Equipment Market, Russia, Revenue ($m), by Segment, Mammography Equipment Market, Russia, Revenue ($m) by Segment, Mammography Equipment Market, Russia, Volume (Units) by Segment, Mammography Equipment Market, Russia, Volume (Units) by Segment, Mammography Equipment Market, Russia, Distribution Share, Revenue ($m), Mammography Equipment Market, Russia, Company Share by Revenue ($m), MRI Systems Market, Russia MRI Systems Market, Russia, Revenue ($m), MRI Systems Market, Russia, Revenue ($m), MRI Systems Market, Russia, Volume (Units), MRI Systems Market, Russia, Volume (Units), MRI Systems Market, Russia, Distribution Share, Revenue ($m), MRI Systems Market, Russia, Company Share by Revenue ($m), Nuclear Imaging Equipment Market, Russia Nuclear Imaging Equipment Market, Russia, Revenue Mix ($m), Nuclear Imaging Equipment Market, Russia, Segment Contribution (%), Nuclear Imaging Equipment Market, Russia, Revenue ($m), by Segment, Nuclear Imaging Equipment Market, Russia, Revenue ($m) by Segment, Nuclear Imaging Equipment Market, Russia, Volume (Units) by Segment, Nuclear Imaging Equipment Market, Russia, Volume (Units) by Segment, Nuclear Imaging Equipment Market, Russia, Distribution Share, Revenue ($m), Nuclear Imaging Equipment Market, Russia, Company Share by Revenue ($m), Ultrasound Systems Market, Russia Ultrasound Systems Market, Russia, Revenue Mix ($m), Page 3

4 12.2 Ultrasound Systems Market, Russia, Segment Contribution (%), Ultrasound Systems Market, Russia, Revenue ($m), by Segment, Ultrasound Systems Market, Russia, Revenue ($m) by Segment, Ultrasound Systems Market, Russia, Volume (Units) by Segment, Ultrasound Systems Market, Russia, Volume (Units) by Segment, Ultrasound Systems Market, Russia, Distribution Share, Revenue ($m), Ultrasound Systems Market, Russia, Company Share by Revenue ($m), X-ray Systems Market, Russia X-ray Systems Market, Russia, Revenue Mix ($m), X-ray Systems Market, Russia, Segment Contribution (%), X-ray Systems Market, Russia, Revenue ($m), by Segment, X-ray Systems Market, Russia, Revenue ($m) by Segment, X-ray Systems Market, Russia, Volume (Units) by Segment, X-ray Systems Market, Russia, Volume (Units) by Segment, X-ray Systems Market, Russia, Distribution Share, Revenue ($m), X-ray Systems Market, Russia, Company Share by Revenue ($m), Overview of Key Companies in Russia, Diagnostic Imaging Market GE Healthcare Company Overview Siemens Healthcare Company Overview Philips Healthcare Company Overview Toshiba Medical Systems Corporation Company Overview Medical Technologies Ltd Company Overview AMICO Company Overview ELECTRON Ltd Company Overview Hitachi Medical Corporation Company Overview Esaote S.p.A Company Overview Diagnostic Imaging Market Pipeline Products Financial Deals Landscape Asset Transactions Threshold Pharma To Acquire Hypoxia PET Imaging Agent 18F-HX4 From Siemens Healthcare Partnerships Bracco Imaging Enters Into Co-Marketing Agreement With PHS Technologies For DoseMonitor Page 4

5 Imaging Dynamics To Enter Into Co-Marketing Agreement With Kangda Medical Positron Enters Into Licensing Agreement With Institute for Nuclear Research For Radiostrontium Production Technology Digirad Enters Into Distribution Agreement With Dilon Diagnostics Centre For Imaging Technology Enters Into Agreement With Western University And Claron Technology For Oncology Therapy Bluechiip Enters Into Distribution Agreement With Mitegen GE Healthcare And Konica Minolta Enter Into Global Distribution Agreement For AeroDR Ventana Medical And Barco Enter Into Agreement For Digital Pathology Imaging Platform MiTeGen Enters Into Development And Distribution Agreement With EMBL Enterprise Invivo Enters Into Co-Development Agreement With icad For MRI Solutions Bayer HealthCare Enters Into Distribution Agreement With Comecer For Medrad Intego PET Infusion System ImaginAb Exercises Option For Licensing Agreement With Oxford BioMedica To License Vivo 5T4- Based Imaging Diagnostic GE Healthcare Enters Into Agreement With Core Sound Imaging To Distribute Studycast Bayer HealthCare Enters Into Agreement With Medsintez IBA Molecular Enters Into Distribution Agreement With Piramal Imaging For 18F-Florbetaben Actuated Medical Enters Into Co-Marketing Agreement With Kimal For TubeClear System Olympus Europa Holding Enters Into Distribution Agreement With Applied Spectral Imaging For GenASIs Varian Medical Systems Enters Into Co-Marketing Agreement With Siemens Healthcare GE Healthcare Enters Into Co-Development Agreement With NXT2B For Compact Cyclotron And PET Tracer System Almaz-Antey Enters Into Joint Venture Agreement With Electron To Form Antey-Med Recent Developments Strategy And Business Planning Sep 05, 2013: Bayer plans further expansion in Russia Appendix Research Methodology Coverage Secondary Research Primary Research Market Modeling and Forecasting Company Share Analysis Distribution Share Analysis Expert Panel GlobalData Consulting Disclaimer List of Tables Table 1: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Page 5

6 Table 2: Diagnostic Imaging Market, Russia, Category Contribution by Revenue ($m), Table 3: Diagnostic Imaging Market, Russia, Category Comparison by Revenue ($m), Table 4: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Historic, Table 5: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Forecast, Table 6: Diagnostic Imaging Market, Russia, Volume (Units), Table 7: Diagnostic Imaging Market, Russia, Volume (Units), Historic, Table 8: Diagnostic Imaging Market, Russia, Volume (Units), Forecast, Table 9: Diagnostic Imaging Market, Russia, Company Share by Revenue ($m), USD Constant, Table 10: Angio Suites Market, Russia, Revenue ($m), USD Constant, Historic, Table 11: Angio Suites Market, Russia, Revenue ($m), USD Constant, Forecast, Table 12: Angio Suites Market, Russia, Volume (Units), Historic, Table 13: Angio Suites Market, Russia, Volume (Units), Forecast, Table 14: Angio Suites Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 15: Angio Suites Market, Russia, Company Share by Revenue ($m), USD Constant, Table 16: Bone Densitometers Market, Russia, Revenue ($m), USD Constant, Historic, Table 17: Bone Densitometers Market, Russia, Revenue ($m), USD Constant, Forecast, Table 18: Bone Densitometers Market, Russia, Volume (Units), Historic, Table 19: Bone Densitometers Market, Russia, Volume (Units), Forecast, Table 20: Bone Densitometers Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 21: Bone Densitometers Market, Russia, Company Share by Revenue ($m), USD Constant, Table 22: C-Arms Market, Russia, Revenue ($m), USD Constant, Historic, Table 23: C-Arms Market, Russia, Revenue ($m), USD Constant, Forecast, Table 24: C-Arms Market, Russia, Volume (Units), Historic, Table 25: C-Arms Market, Russia, Volume (Units), Forecast, Table 26: C-Arms Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 27: C-Arms Market, Russia, Company Share by Revenue ($m), USD Constant, Table 28: Computed Tomography Systems Market, Russia, Revenue ($m), USD Constant, Historic, Table 29: Computed Tomography Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Table 30: Computed Tomography Systems Market, Russia, Volume (Units), Historic, Table 31: Computed Tomography Systems Market, Russia, Volume (Units), Forecast, Table 32: Computed Tomography Systems Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 33: Computed Tomography Systems Market, Russia, Company Share by Revenue ($m), USD Constant, Table 34: Contrast Media Injectors Market, Russia, Revenue ($m), USD Constant, Historic, Table 35: Contrast Media Injectors Market, Russia, Revenue ($m) USD Constant, Forecast, Table 36: Contrast Media Injectors Market, Russia, Volume (Units), Historic, Table 37: Contrast Media Injectors Market, Russia, Volume (Units), Forecast, Table 38: Contrast Media Injectors Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 39: Contrast Media Injectors Market, Russia, Company Share by Revenue ($m), USD Constant, Table 40: Mammography Equipment Market, Russia, Segment Contribution (%), Table 41: Mammography Equipment Market, Russia, Revenue ($m), USD Constant, Historic, Table 42: Mammography Equipment Market, Russia, Revenue ($m) USD Constant, Forecast, Table 43: Mammography Equipment Market, Russia, Volume (Units), Historic, Table 44: Mammography Equipment Market, Russia, Volume (Units), Forecast, Page 6

7 Table 45: Mammography Equipment Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 46: Mammography Equipment Market, Russia, Company Share by Revenue ($m), USD Constant, Table 47: MRI Systems Market, Russia, Revenue ($m), USD Constant, Historic, Table 48: MRI Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Table 49: MRI Systems Market, Russia, Volume (Units), Historic, Table 50: MRI Systems Market, Russia, Volume (Units), Forecast, Table 51: MRI Systems Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 52: MRI Systems Market, Russia, Company Share by Revenue ($m), USD Constant, Table 53: Nuclear Imaging Equipment Market, Russia, Segment Contribution (%), Table 54: Nuclear Imaging Equipment Market, Russia, Revenue ($m), USD Constant, Historic, Table 55: Nuclear Imaging Equipment Market, Russia, Revenue ($m) USD Constant, Forecast, Table 56: Nuclear Imaging Equipment Market, Russia, Volume (Units), Historic, Table 57: Nuclear Imaging Equipment Market, Russia, Volume (Units), Forecast, Table 58: Nuclear Imaging Equipment Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 59: Nuclear Imaging Equipment Market, Russia, Company Share by Revenue ($m), USD Constant, Table 60: Ultrasound Systems Market, Russia, Segment Contribution (%), Table 61: Ultrasound Systems Market, Russia, Revenue ($m), USD Constant, Historic, Table 62: Ultrasound Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Table 63: Ultrasound Systems Market, Russia, Volume (Units), Historic, Table 64: Ultrasound Systems Market, Russia, Volume (Units), Forecast, Table 65: Ultrasound Systems Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 66: Ultrasound Systems Market, Russia, Company Share by Revenue ($m), USD Constant, Table 67: X-ray Systems Market, Russia, Segment Contribution (%), Table 68: X-ray Systems Market, Russia, Revenue ($m), USD Constant, Historic, Table 69: X-ray Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Table 70: X-ray Systems Market, Russia, Volume (Units), Historic, Table 71: X-ray Systems Market, Russia, Volume (Units), Forecast, Table 72: X-ray Systems Market, Russia, Distribution Share by Revenue ($m), USD Constant, Table 73: X-ray Systems Market, Russia, Company Share by Revenue ($m), USD Constant, Table 74: Diagnostic Imaging Market Pipeline Products Table 75: Threshold Pharma To Acquire Hypoxia PET Imaging Agent 18F-HX4 From Siemens Healthcare Table 76: Bracco Imaging Enters Into Co-Marketing Agreement With PHS Technologies For DoseMonitor Table 77: Imaging Dynamics To Enter Into Co-Marketing Agreement With Kangda Medical Table 78: Positron Enters Into Licensing Agreement With Institute for Nuclear Research For Radiostrontium Production Technology Table 79: Digirad Enters Into Distribution Agreement With Dilon Diagnostics Table 80: Centre For Imaging Technology Enters Into Agreement With Western University And Claron Technology For Oncology Therapy Table 81: Bluechiip Enters Into Distribution Agreement With Mitegen Table 82: GE Healthcare And Konica Minolta Enter Into Global Distribution Agreement For AeroDR Table 83: Ventana Medical And Barco Enter Into Agreement For Digital Pathology Imaging Platform Table 84: MiTeGen Enters Into Development And Distribution Agreement With EMBL Enterprise Table 85: Invivo Enters Into Co-Development Agreement With icad For MRI Solutions Page 7

8 Table 86: Bayer HealthCare Enters Into Distribution Agreement With Comecer For Medrad Intego PET Infusion System Table 87: ImaginAb Exercises Option For Licensing Agreement With Oxford BioMedica To License Vivo 5T4-Based Imaging Diagnostic Table 88: GE Healthcare Enters Into Agreement With Core Sound Imaging To Distribute Studycast Table 89: Bayer HealthCare Enters Into Agreement With Medsintez Table 90: IBA Molecular Enters Into Distribution Agreement With Piramal Imaging For 18F-Florbetaben Table 91: Actuated Medical Enters Into Co-Marketing Agreement With Kimal For TubeClear System Table 92: Olympus Europa Holding Enters Into Distribution Agreement With Applied Spectral Imaging For GenASIs Table 93: Varian Medical Systems Enters Into Co-Marketing Agreement With Siemens Healthcare Table 94: GE Healthcare Enters Into Co-Development Agreement With NXT2B For Compact Cyclotron And PET Tracer System Table 95: Almaz-Antey Enters Into Joint Venture Agreement With Electron To Form Antey-Med Table 96: Total Number of Primary Research Participants, Diagnostic Imaging Equipment Market, by Country Page 8

9 1.2 List of Figures Figure 1: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Figure 2: Diagnostic Imaging Market, Russia, Revenue Mix ($m), Figure 3: Diagnostic Imaging Market, Russia, Category Contribution (%), Figure 4: Diagnostic Imaging Market, Russia, Category Comparison by Revenue ($m), Figure 5: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Historic, Figure 6: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Forecast, Figure 7: Diagnostic Imaging Market, Russia, Volume (Units), Figure 8: Diagnostic Imaging Market, Russia, Volume (Units), Historic, Figure 9: Diagnostic Imaging Market, Russia, Volume (Units), Forecast, Figure 10: Diagnostic Imaging Market, Russia, Company Share (%), Figure 11: Angio Suites Market, Russia, Revenue ($m), USD Constant, Historic, Figure 12: Angio Suites Market, Russia, Revenue ($m), USD Constant, Forecast, Figure 13: Angio Suites Market, Russia, Volume (Units), Historic, Figure 14: Angio Suites Market, Russia, Volume (Units), Forecast, Figure 15: Angio Suites Market, Russia, Company Share (%), Figure 16: Bone Densitometers Market, Russia, Revenue ($m), USD Constant, Historic, Figure 17: Bone Densitometers Market, Russia, Revenue ($m), USD Constant, Forecast, Figure 18: Bone Densitometers Market, Russia, Volume (Units), Historic, Figure 19: Bone Densitometers Market, Russia, Volume (Units), Forecast, Figure 20: Bone Densitometers Market, Russia, Company Share (%), Figure 21: C-Arms Market, Russia, Revenue ($m), USD Constant, Historic, Figure 22: C-Arms Market, Russia, Revenue ($m), USD Constant, Forecast, Figure 23: C-Arms Market, Russia, Volume (Units), Historic, Figure 24: C-Arms Market, Russia, Volume (Units), Forecast, Figure 25: C-Arms Market, Russia, Company Share (%), Figure 26: Computed Tomography Systems Market, Russia, Revenue ($m), USD Constant, Historic, Figure 27: Computed Tomography Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 28: Computed Tomography Systems Market, Russia, Volume (Units), Historic, Figure 29: Computed Tomography Systems Market, Russia, Volume (Units), Forecast, Figure 30: Computed Tomography Systems Market, Russia, Company Share (%), Figure 31: Contrast Media Injectors Market, Russia, Revenue ($m), USD Constant, Historic, Figure 32: Contrast Media Injectors Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 33: Contrast Media Injectors Market, Russia, Volume (Units), Historic, Figure 34: Contrast Media Injectors Market, Russia, Volume (Units), Forecast, Figure 35: Contrast Media Injectors Market, Russia, Company Share (%), Figure 36: Mammography Equipment Market, Russia, Revenue Mix ($m), Figure 37: Mammography Equipment Market, Russia, Segment Contribution (%), Figure 38: Mammography Equipment Market, Russia, Revenue ($m), USD Constant, Historic, Figure 39: Mammography Equipment Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 40: Mammography Equipment Market, Russia, Volume (Units), Historic, Figure 41: Mammography Equipment Market, Russia, Volume (Units), Forecast, Page 9

10 Figure 42: Mammography Equipment Market, Russia, Company Share (%), Figure 43: MRI Systems Market, Russia, Revenue ($m), USD Constant, Historic, Figure 44: MRI Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 45: MRI Systems Market, Russia, Volume (Units), Historic, Figure 46: MRI Systems Market, Russia, Volume (Units), Forecast, Figure 47: MRI Systems Market, Russia, Company Share (%), Figure 48: Nuclear Imaging Equipment Market, Russia, Revenue Mix ($m), Figure 49: Nuclear Imaging Equipment Market, Russia, Segment Contribution (%), Figure 50: Nuclear Imaging Equipment Market, Russia, Revenue ($m), USD Constant, Historic, Figure 51: Nuclear Imaging Equipment Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 52: Nuclear Imaging Equipment Market, Russia, Volume (Units), Historic, Figure 53: Nuclear Imaging Equipment Market, Russia, Volume (Units), Forecast, Figure 54: Nuclear Imaging Equipment Market, Russia, Company Share (%), Figure 55: Ultrasound Systems Market, Russia, Revenue Mix ($m), Figure 56: Ultrasound Systems Market, Russia, Segment Contribution (%), Figure 57: Ultrasound Systems Market, Russia, Revenue ($m), USD Constant, Historic, Figure 58: Ultrasound Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 59: Ultrasound Systems Market, Russia, Volume (Units), Historic, Figure 60: Ultrasound Systems Market, Russia, Volume (Units), Forecast, Figure 61: Ultrasound Systems Market, Russia, Company Share (%), Figure 62: X-ray Systems Market, Russia, Revenue Mix ($m), Figure 63: X-ray Systems Market, Russia, Segment Contribution (%), Figure 64: X-ray Systems Market, Russia, Revenue ($m), USD Constant, Historic, Figure 65: X-ray Systems Market, Russia, Revenue ($m) USD Constant, Forecast, Figure 66: X-ray Systems Market, Russia, Volume (Units), Historic, Figure 67: X-ray Systems Market, Russia, Volume (Units), Forecast, Figure 68: X-ray Systems Market, Russia, Company Share (%), Figure 69: GlobalData Epidemiology-Based Forecasting Model Figure 70: GlobalData Capital Equipment-Based Forecasting Model Figure 71: Primary Interviews by Participant Type (%) Page 10

11 2 Introduction Medical Equipment Market Reports are the ideal guide for anyone wishing to understand their market better in terms of revenues, unit sales, distributors and competitors. 2.1 What Is This Report About? This report provides an overview and the following information related to the country, various categories, distribution share and competitive landscape in the market: 1. Comprehensive data related to the market revenue, unit sale, company share and distribution share. 2. Corporate-level profiles of key companies operating in the Diagnostic Imaging market, which includes a brief overview of the company. The selection of the companies is based on their operational presence. 3. A list of key products under development by different companies. The selection of this list is based on the territory in which these products are being clinically investigated. 4. Key news and deals related to the Diagnostic Imaging market. 2.2 Diagnostic Imaging Market Segmentation Diagnostic Imaging market is segmented into the following categories, as described below, in this report: 1. Angio Suites 2. Bone Densitometers 3. C-Arms 4. Computed Tomography (CT) Systems includes segments such as High Slice CT Systems Low Slice CT Systems Mid Slice CT Systems 5. Contrast Media Injectors includes segments such as CT Injectors Interventional Cardiology/Angio Injectors MRI Injectors 6. Mammography Equipment includes segments such as Film-Screen Mammography Equipment Full-Field Digital Mammography Equipment Full-Field Digital Mammography Equipment includes sub-segments such as 2D Digital Mammography Equipment and 3D Tomosynthesis 7. Magnetic Resonance Imaging (MRI) Systems includes segments such as High Field MRI Systems Low Field MRI Systems Mid Field MRI Systems Page 11

12 8. Nuclear Imaging Equipment includes segments such as Positron Emission Tomography (PET) Systems Positron Emission Tomography Systems includes sub-segments such as PET Systems, PET/CT and PET/MRI Systems Single Photon Emission Computed Tomography (SPECT) Systems Single Photon Emission Computed Tomography Systems includes sub-segments such as SPECT and SPECT/CT Systems 9. Ultrasound Systems includes segments such as B/W Ultrasound Systems B/W Ultrasound Systems includes sub-segments such as Portable B/W Ultrasound Systems and Stand Alone B/W Ultrasound Systems Color Ultrasound Systems Color Ultrasound Systems includes sub-segments such as Portable Color Ultrasound Systems and Stand Alone Color Ultrasound Systems 10. X-ray Systems includes segments such as Analog X-ray Systems Digital X-ray Systems Digital X-ray Systems includes sub-segments such as Computed Radiography (CR) Systems and Digital Radiography (DR) Systems Retrofit X-ray Systems Page 12

13 2.3 Definitions of Markets Covered in the Report Diagnostic Imaging Diagnostic imaging devices are used for the visualization of structural and functional patterns of organs or tissues. MRI systems, Ultrasound Systems, X-ray systems, Bone Densitometers, C-Arms, Angio Suites, Mammography Equipments, Computed Tomography System, Nuclear Imaging Equipments and Contrast Media Injectors are tracked under this market. Angio Suites Angio Suites are multi-purpose examination rooms, where diverse angio/interventional procedures are performed. Procedures performed in these include angioplasty, therapeutic stenting, obstruction bypasses, intravascular therapy, angiograms, mylograms, vertebroplasty and surgery-free removal of tissue specimens. A typical Angio-Suite includes: X-ray generator, image intensifier (mostly C-arms) and a rotating table top for easy patient positioning and movement. One unit is defined as one system. Bone Densitometers Bone densitometers are devices used to measure bone mineral density with techniques such as Dual-Energy X-ray Absorptiometry (DEXA), Quantitative Computed Tomography (QCT), Radiographic Absorptiometry (RA) and Quantitative Ultrasound (QU). In the report, only DEXA bone densitometers have been tracked. One unit is defined as one system.. C-Arms C-Arms are imaging scanner intensifier primarily used for the fluoroscopic imaging during surgical, orthopedic, critical care, and emergency care procedures. In the report, only mobile C-arms have been tracked. One unit is defined as one device. Computed Tomography (CT) Systems Computed tomography is a powerful, non-destructive evaluation technique used for producing 2D and 3D cross-sectional image of an object from a flat X-ray image. It is used on patients with a high risk of colon cancer, or full-motion heart scans for patients with high risk of heart disease. It can also be used for image complex fractures, detect infarction, tumors, calcifications, hemorrhage and bone trauma and also acute and chronic changes in the lung parenchyma etc. The device includes a slice detector and an X- ray source. High, mid and low slice computed tomography systems have been included in this category. Tracked hereunder are the equipment only and not accessories and/or additional costs associated with CT installation. High Slice Computed Tomography Systems High-Slice computed tomography segment includes CT systems which are 128 slice and above. One unit is defined as one system. Mid Slice Computed Tomography Systems Mid-Slice computed tomography segment includes CT systems which are above 16 slice and below 128 slice. One unit is defined as one system. Page 13

14 Low Slice Computed Tomography Systems Low-Slice computed tomography segment includes CT systems which are 16 slice and below. One unit is defined as one system. Contrast Media Injectors Contrast Media Injectors are devices used to inject contrast media agents into the bloodstream of patients, to enable visualization of various pathologies through X-ray, computed tomography, magnetic resonance, or other medical imaging devices. CT Injectors, MRI Injectors and Interventional/Angio Injectors have been included in this category. CT Injectors CT Injectors are devices used in conjunction with CT systems to inject contrast media agents into the blood stream of patients. A unit refers to a floor mounted or roof mounted power injector and a computerized control unit. Interventional Cardiology/Angio Injectors Interventional Cardiology/ Angio Injectors are devices used during cardiac and vascular angiographic procedures to inject contrast media agents into the blood stream of patients. A unit refers to a floor mounted or roof mounted power injector and a computerized control unit. MRI Injectors MRI Injectors are devices used in conjunction with MRI systems to inject contrast media agents into the blood stream of patients. A unit refers to a floor mounted or roof mounted power injector and a computerized control unit. Mammography Equipment Mammography is a type of medical imaging that uses X-rays to capture images (mammograms) of the internal structures of the breasts. Mammography plays a key role in early diagnosis of breast cancer. Film-screen mammography equipment and full-field digital mammography equipment have been included in this market. Tracked hereunder are the equipment only and not accessories and/or additional costs associated with Mammography equipment installation. Film-Screen Mammography Equipment Film-screen mammography unit consists of an X-ray generator, X-ray source assembly, collimator, compression device, breast support, grid assemblies and automatic exposure control subsystem. Film screen mammography or analog mammography is a specific type of imaging that uses a low-dose X-ray system to examine breasts. One unit is defined as one film-screen mammography equipment. Full-Field Digital Mammography Equipment Full Field digital mammography system is a mammography system in which the X-ray film is replaced by solid-state detectors that convert X-rays into electrical signals. One unit is defined as one full Field digital mammography system. Page 14

15 2D Digital Mammography Equipment In 2D Digital Mammography Equipment, X-ray beams are captured on the digital camera and images are produced by the computer, and that images are sent electronically to the radiologists to view. 3D Tomosynthesis 3D Tomosynthesis is a system in which the imaging machines moves around the breast in an arc, and taking multiple X-ray that computer forms in to 3D images. MRI Systems Magnetic Resonance Imaging (MRI) utilizes radiofrequency and a strong magnetic field to generate clear and detailed images of internal organs and tissues. MRI is generally preferred for the diagnosis of brain and other neurological disorders. High field (3T), Mid field (1.5T) and Low field (less than 1.5T) MRI systems have been tracked under this category. Tracked here under are the equipment only and not accessories and/or additional costs associated with MRI system installation. High Field MRI Systems MRI systems with greater than or equal to 3 Tesla in field strength is included in this segment. One unit is defined as one high field MRI system. Mid Field MRI Systems MRI systems with 1.5 Tesla in field strength are included in this segment. One unit is defined as one mid filed MRI system. Low Field MRI Systems MRI systems with less than 1.5 Tesla in field strength are included in this segment. One unit is defined as one low field MRI system. Nuclear Imaging Equipment Nuclear imaging equipment are used to produce images by detecting radiation from different parts of the body after a radioactive tracer material is administered. It helps in imaging various disease areas as presence or spread of cancer in various parts of the body, myocardial perfusion scan, kidney function analysis, thyroid function to detect an overactive or underactive thyroid, localize the lymph nodes before surgery, investigate abnormalities in the brain, such as seizures, memory loss and abnormalities in blood flow etc. Positron emission tomography, single photon emission computed tomography have been tracked under this category. Tracked hereunder are the equipment only and not accessories and/or additional costs associated with nuclear Imaging equipment installation. Page 15

16 Positron Emission Tomography Systems Positron emission tomography (PET) systems are non-invasive diagnostic imaging procedures that assess the level of metabolic activity and perfusion in various organ systems of the human body, obtained from positron emitting radioactive tracer substances that are administered intravenously. It helps in identifying abnormalities or functioning of the intestinal tract or brain etc. Conventional PET and PET/CT or a hybrid PET coupled with the capabilities of a Computed Tomography (CT) have been included under this category. PET Systems Positron emission tomography systems are used to produce tomographic images by detecting the location and distribution of positron-emitting radionuclides in the body. The device consists of a detector, gantry system, patients table and a transmission source. One unit is defined as one PET system. PET/CT Systems A PET/CT system combines the images from PET with the anatomical data of a Computed Tomography (CT) scan to produce single superimposed image. PET/CT provides superior information for determining tissue characterizations and classifications, staging of cancers, restaging of cancers, patient prognosis and monitoring the effectiveness of cancer therapies. It provides superior lesion localization from near-perfect anatomical/functional registration with fewer motion artifacts. It uses shorter scan time (avg. 30 minutes to complete, vs. 60 minutes with standard PET). The device consists of a detector, gantry system, transmission source, computer workstation and software. One unit is defined as one PET/CT system. PET/MRI Systems A PET/MRI system combines the functional information in regard to the metabolism or physiology, obtained from a PET scan, with morphological and anatomical imaging of soft tissues, obtained from a MRI scan. PET/MRI is primarily used in functional assessment of cancer, especially cancers of head, neck, brain and prostate. One unit is defined as one PET/MRI system. Single Photon Emission Computed Tomography Systems Single photon emission computed tomography (SPECT) is a nuclear medicine technique that uses radiopharmaceuticals, a rotating camera (single or multiple-head), and a computer to produce images representing slices through the body in different planes. The SPECT systems can be a conventional SPECT or a hybrid SPECT coupled with the capabilities of a computed tomography. SPECT permits accurate localization in 3D space and can be helpful for tumor imaging, infection (leukocyte) imaging, thyroid imaging or bone imaging conventional SPECT and hybrid SPECT coupled with the capabilities of a Computed Tomography (CT) have been tracked. SPECT Systems Single photon emission computed tomography (SPECT) is used to construct images of the distribution of the radioactive tracers in the human body by measuring the emission of single photons of a given energy from radioactive tracers. The device includes a detector, gantry system, patient s table and collimators. One unit is defined as one SPECT system. Page 16

17 SPECT/CT Systems A SPECT/CT system is a technically advanced tomography system which combines the SPECT information with the anatomical data of a Computed Tomography (CT) scan to provide more information about the body. SPECT/CT is primarily used for cardiology applications, such as calcium scoring and computed tomography angiography (CTA). SPECT/CT is being utilized in the three emerging areas of orthopedics and sports-related medicine, oncology and infection imaging. The device includes a detector, gantry system, patient s table, collimators, image acquisition, process workstation and software. One unit is defined as one SPECT/CT system. Ultrasound Systems Ultrasound imaging systems are used to produce two dimensional images of the structures using high-frequency sound waves. B/W ultrasound systems and Color Doppler ultrasound systems have been tracked under this taxonomy. Tracked hereunder are the equipments only and not accessories and/or additional costs associated with ultrasound system installation. Black and White (B/W) Ultrasound Systems Black and White (B/W) ultrasound system is used in the visualization of internal organs and obtains images in shades of grey. Primary application for B/W ultrasound system lies in gynecology, liver disorders, cardiology etc. Portable and stand-alone B/W ultrasound systems have been tracked. Portable B/W Ultrasound Systems Portable B/W Ultrasound Systems include hand held systems which come in size similar to tablets and lap tops. One unit is defined as one portable B/W ultrasound system. Stand Alone B/W Ultrasound Systems Stand Alone B/W Ultrasound Systems include cart based or trolley based systems. One unit is defined as one stand alone B/W ultrasound system. Color Ultrasound Systems Color Ultrasound System produces a picture of a blood vessel. In addition, a computer converts the doppler sounds into colors that are overlaid on the image of the blood vessel and that represent the speed and direction of blood flow through the vessel. Color ultrasound employs the 'Doppler effect' principle to visualize moving objects and blood flow and has primary application in cardiology and gynecology. Hereunder, Portable and Stand Alone Color Ultrasound Systems have been tracked. Portable Color Ultrasound Systems Portable Color Ultrasound Systems include hand held systems which come in size similar to tablets and lap tops. One unit is defined as one portable color ultrasound system. Stand Alone Color Ultrasound Systems Stand Alone Color Ultrasound Systems include cart based or trolley based systems. One unit is defined as one stand alone color ultrasound system. Page 17

18 X-ray Systems X-Ray Systems use high-energy radiations to diagnose diseases by taking images of internal structure of body. Analog X-ray systems and Digital X-Ray systems are included under this category. Tracked hereunder are the equipments only and not accessories and/or additional costs associated with X-ray system installation. Analog X-ray Systems The analog X-ray systems are devices that are used to obtain diagnostic images of the internal structures of the body in the form of thin films. Revenues generated through sales of X-ray films have not been tracked. One unit is defined as one analog X-ray system. Digital X-ray Systems Digital X-ray systems incorporate digital radiography and obtain images on a screen rather than a film. These include Computed Radiography & Digital Radiography systems. The dental X-ray systems have been tracked under dental devices market separately and are not considered here. Computed Radiography (CR) Systems Computed radiography involves an indirect diagnostic imaging system. The receptor used within a CR cassette absorbs the radiation exiting the patient. The absorbed energy is then extracted by processing the exposed plate in a CR reader. Before viewing the images, the stored information in the CR imaging plate is processed. A digital image is generated by converting the analog signal from the resultant latent image data to a digital signal. A CR system includes X-ray tube, CR reader, CR cassette and operating console. One unit is defined as one CR system. Digital Radiography (DR) Systems Direct or Digital Radiography (DR) is a form of x-ray imaging, where digital x-ray sensors are used instead of traditional photographic film. The image brightness and contrast can be modified by digital processing of the acquired image data. Digital imaging systems can produce adequate image contrast over a much broader range of exposure levels than film-screen imaging systems. A Digital Radiography system includes x-ray tube, upright stand/patient table, detector plate and operating console. One unit is defined as one DR system. Retrofit X-ray Systems Retrofit X-ray systems are digital panel detectors that enable the upgrade of analog X-ray systems to Digital. One unit consists of one retrofit X-ray system. Page 18

19 3 Diagnostic Imaging Market, Russia 3.1 Diagnostic Imaging Market, Russia, Revenue ($m), Figure 1: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Source: GlobalData Page 19

20 Table 1: Diagnostic Imaging Market, Russia, Revenue ($m), USD Constant, Category CAGR CAGR CAGR Source: GlobalData Page 20

21 3.2 Diagnostic Imaging Market, Russia, Revenue Mix ($m), 2012 Figure 2: Diagnostic Imaging Market, Russia, Revenue Mix ($m), 2012 Source: GlobalData Page 21

22 3.3 Diagnostic Imaging Market, Russia, Category Contribution by Revenue ($m), 2012 Figure 3: Diagnostic Imaging Market, Russia, Category Contribution (%), 2012 Source: GlobalData Page 22

23 Table 2: Diagnostic Imaging Market, Russia, Category Contribution by Revenue ($m), 2012 Category Revenue ($m) Contribution Revenue (%) Contribution Source: GlobalData Page 23

24 18 Appendix The data and analysis within this report are driven by Medical etrack. Medical etrack gives you the key information required to drive sales, investment and deal-making activity in your business. It includes the following: 15,000+ data tables showing market size across more than 780 medical equipment segments and 15 countries, from 2005 and forecast to ,000+ primary expert interviews, conducted annually to ensure data and report quality 1,100+ medical equipment conference reports 1,000+ industry-leading reports per annum, covering growing sectors, market trends, investment opportunities and competitive landscape 600+ analysis reports, covering market and pipeline product analysis, by indication; medical equipment trends and issues, and investment and M&A trends worth over $3m 50,000+ medical equipment company profiles 2,000+ private, emerging and technology start-up company profiles 4,000+ company profiles of medical equipment manufacturers in China and India 2,000+ company profiles of medical equipment manufacturers in Japan 825+ companies revenue splits and market shares 1,100+ quarterly and annual medical equipment company financials 700+ medical equipment company SWOTs 11,700+ pipeline product profiles 14,000+ marketed product profiles 16,900+ clinical trials 17,000+ trial investigators 18,000+ new product patents 3,700+ reports on companies with products in development 21,500+ reports on deals in the medical equipment industry 1,300+ surgical and diagnostic procedures by therapy area 50+ key healthcare indicators by country For more information or to receive a free demonstration of the service, please visit: Page 169

25 18.1 Research Methodology GlobalData s dedicated research and analysis teams consist of experienced professionals with advanced statistical expertise and marketing, market research and consulting backgrounds in the medical devices industry. GlobalData adheres to the codes of practice of the European Pharmaceutical Marketing Research Association ( All GlobalData databases are continuously updated and revised Coverage The objective of updating GlobalData s coverage is to ensure that it represents the most up-to-date vision of the industry possible. Changes to the industry taxonomy are built on the basis of extensive research of company, association and competitor sources. Company coverage is based on three key factors: revenue; product and media attention; and innovation and market potential. The estimated revenue of all major companies, both private and public, are gathered and used to prioritize coverage. GlobalData aims to cover all major news events and deals in the medical devices industry, updated on a daily basis. The coverage is further streamlined and strengthened with additional input from GlobalData s expert panel Secondary Research The research process begins with extensive secondary research using internal and external sources to gather all relevant data and information pertaining to a particular market model for a particular country. The secondary research sources that are typically referred to include, but are not limited to: Company websites, annual reports, financial reports, broker reports, investor presentations and SEC filings Industry trade journals, scientific journals and other technical literature Association and healthcare organization websites PubMed, Medscape and other relevant services which compile extensive reviews of clinical literature Internal proprietary databases Relevant patent and regulatory databases National government documents, statistical databases and market reports Procedure registries News articles, press releases and web-casts specific to the companies operating in the market Page 170

26 Primary Research GlobalData conducts interviews with industry participants and commentators in order to validate its data and analysis. A typical research interview fulfills the following functions: Provides first-hand information on market size, market trends, growth trends, competitive landscape and future outlook Helps to validate and strengthen secondary research findings Further develops the analysis team s expertise and market understanding Primary research involves correspondence, telephone interviews and face-to-face interviews for each market, category, segment and sub-segment across a range of geographies. The participants who typically take part in such a process include, but are not limited to: o o o o Industry participants: CEOs, VPs, marketing/product managers, market intelligence managers and national sales managers Distributors, paramedics and representatives from hospital stores, laboratories and pharmacies Outside experts: investment bankers, valuation experts and research analysts that specialize in specific medical equipment markets Key opinion leaders: physicians and surgeons that specialize in the therapeutic areas in which the medical device is used The following table lists the total number of primary research participants by country, in this case for the diagnostic imaging equipment market. Market data is validated using inputs from 895 primary research participants. These include demand-side stakeholders such as radiologists, and supply-side participants such as marketing managers, sales managers and product managers of companies manufacturing/marketing diagnostic imaging equipment. Page 171

27 Table 96: Total Number of Primary Research Participants, Diagnostic Imaging Equipment Market, by Country Country Total number of primary research participants US 149 UK 112 Germany 79 France 54 Italy 40 Spain 53 Brazil 30 China 21 India 76 Russia 33 Japan 31 Australia 61 Canada 71 Mexico 43 South Korea 42 Total 895 Source: GlobalData Market Modeling and Forecasting GlobalData uses an epidemiology-based treatment flow model and capital equipment-based model to estimate and forecast market size. Epidemiology-Based Market Model and Forecasting The epidemiology-based forecasting model uses epidemiology data gathered from research publications and primary interviews with physicians to establish the target patient population and treatment flow pattern for individual diseases and therapies. The data covers prevalence, incidence, diseased population, diagnosed population, and treatment population. The market forecast begins with the general population, the size of which varies depending on the indication. Prevalence is the percentage of the total population that suffers from a particular disease or condition. Incidence is the number of new cases of a condition, symptom, death or injury that develop during a specific time period, such as one year. The diseased population is the population suffering from a particular disease or condition. The diagnosed population is the population that has been diagnosed with a particular disease or condition, expressed as a percentage of the prevalence population. The treatment population is the percentage of the population that has been diagnosed with a particular disease or condition. Page 172

28 Device uptake is the percentage of the treatment population using a particular device, determined based on the primary responses and the information available in secondary sources. The epidemiology-based forecasting model for a medical device is used to: Determine the patient segment using a particular device or procedure Determine the frequency of usage of a particular device depending on the patient type, which further helps to determine the absolute unit sales of a device in a year The market for any medical device is directly proportional to the volume of units sold and the price per unit. Market size = volumes of units sold X ASP (Average Selling Price) The volume of units sold is calculated from the number of patients using or that has been implanted with the device. Data on treatment rate, diagnosis and surgical treatment rate, if unavailable from research publications, is gathered from interviews with physicians and used to estimate the patient volume for the disease under consideration. The ASP of a device is mostly gathered from primary and secondary sources. ASP is the price at which a device is available in a target country to an end-user. For capital equipment, the end-user is typically considered to be the healthcare setting. For implants and consumables purchased by patients, the end-user is the patient. Factors such as company share, reimbursement, company type (local/domestic or multinational) are taken into consideration during ASP analysis, which uses the following sources: Company websites Annual reports/industry reports Press releases Page 173

29 Epidemiology-Based Forecasting Model Figure 69: GlobalData Epidemiology-Based Forecasting Model Source: GlobalData Capital Equipment-Based Market Model and Forecasting The capital equipment-based forecasting model is based on the installed base, replacements and new sales of a specific type of capital equipment in healthcare facilities such as hospitals, clinics and diagnostic centers. The installed base is calculated from the average number of units per facility. Sales for a particular year are arrived at by calculating the number of replacement units and new units (additional and first-time purchases). Secondary sources and interviews with supply-side participants and key opinion leaders from healthcare facilities are used to arrive at installed base and unit sales for a particular year. The factors typically affecting the forecast growth rates are: Growth in the number of healthcare facilities Healthcare spending and government programs and initiatives Migration from low-end equipment to high-end equipment Growth in the diagnosed population and treatment population Page 174

30 Capital Equipment-Based Forecasting Model Figure 70: GlobalData Capital Equipment-Based Forecasting Model Source: GlobalData Company Share Analysis Company shares are calculated by analyzing a company s sales in a particular market. In the case of public companies, annual reports and regulatory filings, investor presentations, earnings call transcripts and broker reports are used to determine a company s revenue in a particular market and in a particular geography. In the case of the private companies, company share data is gathered mostly from primary interviews and secondary sources. Company share analysis is based on primary interviews with: Supply side (manufacturers) Procurement side Distributors Hospital purchasing groups Demand side (surgeons/specialists) Page 175