Description
Exposure to ionizing radiation used in medical imaging processes has left patients with an increased risk of cancer rather than alleviating such hazards. This, as a result, has necessitated the implementation of radiation dose monitoring systems across the world. The demand for radiation dose monitoring is rising globally in line with changing laws in developed nations, which require recording of dosage along with increasing public pressure from patients and mass media. Thus, the global radiation dose monitoring market is anticipated to reach a value of USD 3.76 Bn by 2023, growing at a compound annual growth rate (CAGR) of 8.5% during the forecast period 2018-2023.
Device segment insights:
The radiation dosimeters dominated the market with a share of nearly 75% in 2017. It is expected to expand at a higher CAGR as compared to area process monitor during the forecasted period. This is mainly due to rise in the number of radiological procedures, rising awareness among the public with regard to radiation exposure, and the increase in the number of nuclear facilities worldwide.
Type segment insights:
Owing to fostering demand of radiation dose monitors across the globe, the hardware and software market together accounted for more than 90% of the market share in 2017. On the other hand, the need to train consumers and service providers helped the service market grow at the highest rate during the forecasted period.
Application segment insights:
The rise in radiology procedures throughout the world and the increase in government initiatives towards radiation dose measurement, enabled the radiography market to have the highest market share of nearly 55% in 2017. This sector is also expected to have the highest growth rate in the given forecast period. In addition to that, tomography is expected to follow the radiography market in terms of growth rate.
Regional insights:
North America has been leading the market with a share of nearly 45% in 2017. This is mainly attributed to the presence of a large number of healthcare facilities, nuclear power plants, and global players in this region. However, with rising patient population base and growing initiatives towards establishment of nuclear power plants, the Asia-Pacific and Latin American markets are expected to witness the highest growth rate in comparison to developed nations in the coming five years.
Companies covered:
1. GE Healthcare
2. Philips Healthcare
3. Landauer
4. Sectra
5. Mirion Technologies, Inc.
6. Fuji Electric
7. Ludlum
8. Canon Medical Systems Corporation
9. Medic Vision Imaging Solutions, Ltd.
10. Novarad Corporation
Customizations available
Table of Contents
Chapter 1: Executive summary
1.1. Market scope and segmentation
1.2. Key questions answered in this study
1.3. Executive summary
Chapter 2: Global radiation dose monitoring market – overview
2.1. Global market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), geography-wise market revenue (USD Bn), and key market observations
2.2. Global market drivers
2.3. Global market trends
2.4. Value chain analysis
2.5. Porter’s five forces analysis
2.6. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
2.7. Market segmentation based on the type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
2.8. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 3. North America radiation dose monitoring market
3.1. Regional market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
3.2. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
3.3. Market segmentation based on type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
3.4. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 4. Europe radiation dose monitoring market
4.1. Regional market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
4.2. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
4.3. Market segmentation based on type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
4.4. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 5. Asia-Pacific radiation dose monitoring market
5.1. Regional market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
5.2. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
5.3. Market segmentation based on type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
5.4. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 6. Latin America radiation dose monitoring market
6.1. Regional market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
6.2. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
6.3. Market segmentation based on type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
6.4. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 7. The Middle East and Africa radiation dose monitoring market
7.1. Regional market overview – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
7.2. Market segmentation based on the device (dosimeter and area process meter) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
7.3. Market segmentation based on type (software, hardware and service) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
7.4. Market segmentation based on the application area (radiography, angiography, mammography, tomography and fluoroscopy) – historical (2015-2017) and forecasted (2018-2023) market size (USD Bn), and key market observations
Chapter 8: Competitive landscape
8.1. GE Healthcare
8.1.a. Company snapshot
8.1.b. Product/services
8.1.c. Global presence
8.1.d. Other major initiatives/highlights
8.1.e. Key numbers
8.1.f. Growth strategy
8.2. Philips Healthcare
8.2.a. Company snapshot
8.2.b. Product/services
8.2.c. Global presence
8.2.d. Other major initiatives/highlights
8.2.e. Key numbers
8.2.f. Growth strategy
8.3. Landauer
8.3.a. Company snapshot
8.3.b. Product/services
8.3.c. Global presence
8.3.d. Other major initiatives/highlights
8.3.e. Key numbers
8.3.f. Growth strategy
8.4. Sectra
8.4.a. Company snapshot
8.4.b. Product/services
8.4.c. Global presence
8.4.d. Other major initiatives/highlights
8.4.e. Key numbers
8.4.f. Growth strategy
8.5. Mirion Technologies, Inc.
8.5.a. Company snapshot
8.5.b. Product/services
8.5.c. Global presence
8.5.d. Other major initiatives/highlights
8.5.e. Key numbers
8.5.f. Growth strategy
8.6. Fuji Electric
8.6.a. Company snapshot
8.6.b. Product/services
8.6.c. Global presence
8.6.d. Other major initiatives/highlights
8.6.e. Key numbers
8.6.f. Growth strategy
8.7. Ludlum
8.7.a. Company snapshot
8.7.b. Product/services
8.7.c. Global presence
8.7.d. Other major initiatives/highlights
8.7.e. Key numbers
8.7.f. Growth strategy
8.8. Canon Medical Systems Corporation
8.8.a. Company snapshot
8.8.b. Product/services
8.8.c. Global presence
8.8.d. Other major initiatives/highlights
8.8.e. Key numbers
8.8.f. Growth strategy
8.9. Medic Vision Imaging Solutions, Ltd.
8.9.a. Company snapshot
8.9.b. Product/services
8.9.c. Global presence
8.9.d. Other major initiatives/highlights
8.9.e. Key numbers
8.9.f. Growth strategy
8.10. Novarad Corporation
8.10.a. Company snapshot
8.10.b. Product/services
8.10.c. Global presence
8.10.d. Other major initiatives/highlights
8.10.e. Key numbers
8.10.f. Growth strategy
Chapter 9: Conclusion
9.1. Future outlook
Appendix
1. List of tables
2. Research methodology
3. Assumptions
4. About Netscribes Inc.
