Global radiation dose management market is expected to reach US$ 785.81 Million by 2030, according to Renub Research. The goal of radiation dose management is to maintain radiation doses for patients undergoing medical imaging as low as reasonably achievable (ALARA), putting their safety first. This is essential for lowering the chance of cancer brought on by radiation exposure. Added patient safety, reduced costs, and greater diagnostic accuracy are all advantages.

1. Radiation Dose Management
Market, Size, Share, Growth |
Forecast 2023-2030 | Renub
Research
Base Year: 2022
Market Research & Advisory

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Renub Research has recently published a report named "Radiation Dose Management Market: Global Industry
Trends, Share, Size, Growth, Opportunity, and Forecast 2022-2030," providing a detailed industry analysis that
consists of market share insights. Furthermore, the report encompasses a study of competitors and regions and the
recent growth in the Radiation Dose Management Market.
Radiation Dose Management Market is projected to grow at a 13.13% CAGR from 2022 to 2030. Current medical
imaging and interventional procedures benefit from the use of radiation dose management systems (DMS). The
channel for radiation dose management provides details on radiation dose recording software, real-time staff dose
monitoring, regulatory compliance, and technology to lower dose, such as interactive reconstruction software. DMS
manages radiation doses automatically, generates reports on patient doses, and logs high dose alerts to suggest
corrective actions. Radiation Dose Management Market size is anticipated to reach US$ 785.81 Million by 2030 as
a result of regulatory guidelines being adopted an increase in the use of medical imaging procedures, and growing
public awareness of radiation safety.
Request a free sample copy of the report: https://www.renub.com/request-sample-
page.php?gturl=radiation-dose-management-market-p.php
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The radiation dose management sector has made encouraging technological advancements that enhance the
radiation exposure protection of patients and healthcare workers. Among these developments are image-guided
radiation therapy (IGRT), which ensures precise and targeted radiation delivery, artificial intelligence (AI) methods
for precise tracking and management of radiation exposure, wearable devices providing real-time monitoring and
alerts for overexposure risks, and virtual reality (VR) training tools for radiation therapy procedures, enabling safe
and realistic skill practice. These developments help radiation dose management in healthcare settings be more
effective, and safe.
The growth of radiation dose control hinges on public cognizance of radiation protection and selling precautionary
measures to minimize exposure for patient and healthcare worker advantages. Through instructional campaigns,
governmental guidelines, and commercial enterprise projects, this awareness can be improved. The control of
radiation dose has benefited from technological tendencies that growth accuracy, pinpoints overexposure risks, and
offer real-time tracking for sufferers and healthcare experts. Demand for radiation dose control offerings is
anticipated to increase as technology and public recognition grows, developing opportunities for companies and
organizations working in this location.
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The NCRP, the IAEA, and the HSE, which enforce safety rules in the US and the UK, are excellent examples of
businesses that have raised public consciousness. As public recognition maintains to extend, so does the demand
for radiation dose control offerings.
The Global Radiation Dose Management Market is dominated via radiation dose control solutions.
Radiation therapy is a common treatment for most cancers and is used to treat a sizeable portion of cancer patients.
This alone demonstrates the cost of efficient radiation dose management. Patients, mainly that receiving radiation
therapy who are vulnerable to overexposure, are an increasing number of searching out alternatives for dose
management as they become more privy to the dangers related to radiation publicity. The creation of latest
technology improves dose calculation accuracy, identifies overexposure dangers, and allows for actual-time
monitoring of sufferers and healthcare experts. Furthermore, the implementation of radiation dose control answers
by healthcare vendors is remitted via government guidelines in many countries, which increases the demand for
such solutions.
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Product & Services – Radiation Dose Management Market has been covered from two viewpoints.
1. Radiation Dose Management Solutions 2. Radiation Dose Management Services
The radiation dose management market for computed tomography (CT) is predicted to grow at the fastest
rate due to the technology's rising prevalence in clinical settings.
Computed tomography (CT), a method of medical imaging, is used to perform over 1 billion scans annually. The
increased accessibility and affordability of CT scanners for healthcare providers are driving the demand for dose
management solutions. Cone-beam CT, for example, produces higher-quality images with lower radiation
exposures, and its introduction has increased the appeal of CT and increased the demand for radiation dose
management solutions.
Modality – Radiation Dose Management Market has been covered from four viewpoints.
1. Computed Tomography 2. Fluoroscopy & Interventional Imaging
3. Mammography 4. Nuclear Medicine
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Hospitals will likely continue to see an increase in demand for radiation dose management solutions as
public awareness of the dangers of radiation exposure grows.
Hospitals use a variety of radiation-emitting imaging modalities, such as CT scans, X-rays, and fluoroscopy, which
exposes them to the highest levels of radiation exposure. Radiation dose management solutions are therefore
required for patient and healthcare worker safety. The rising popularity of radiation therapy as a cancer treatment is
another factor driving up demand for these solutions. Radiation dose management strategies are increasingly
necessary, especially for patients receiving radiation therapy, as public awareness of radiation risks increases.
End-User – Radiation Dose Management Market has been covered from three viewpoints:
1. Hospitals 2. Ambulatory Care settings 3. Others
China is expected to experience swift growth in the radiation dose management market.
The use of radiation therapy is expanding quickly in China as a result of an increase in cancer cases, which is
driving up the demand for radiation dose management solutions. The need for these solutions is increasing in China
as people become more aware of the dangers of radiation, particularly among those receiving radiation therapy.
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The demand for radiation dose management solutions is also being fueled by the development of new technologies,
which have improved dose accuracy, revealed overexposure risks, and made it possible to monitor patient and
healthcare worker radiation exposure in real-time.
Countries – Radiation Dose Management Market has been covered from five viewpoints.
1. North America
1.1 United States 1.2 Canada 1.3 Mexico
2. Latin America
2.1 Argentina 2.2 Brazil 2.3 Colombia
3. Europe
3.1 Germany 3.2 United Kingdom 3.3 France 3.4 Italy
3.5 Netherlands 3.6 Spain
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4. Asia Pacific
4.1 China 4.2 South Korea 4.3 Japan 4.4 India
4.5 Indonesia 4.6 Malaysia 4.7 Australia
5. Middle East & Africa
5.1 Saudi Arabia 5.2 UAE 5.3 Israel 5.4 South Africa
Competitive Landscape.
Some of the top companies competing for clients in the Radiation Dose Management Market include Thermo
Fisher Scientific Inc., Koninklijke Philips N.V., Mckesson Corporation, Cerner Corporation, and Bayer AG.
Company Insights have been covered from three perspectives.
• Overview • Recent Development • Sales Analysis
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Company Analysis.
1. Thermo Fisher Scientific Inc.,
2. Koninklijke Philips N.V.,
3. Mckesson Corporation,
4. Cerner Corporation
5. Bayer AG
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