Radiation Dose Management Market Report by Product & Service (Radiation Dose Management Services, Radiation Dose Management Solutions) Modality (Mammography, Computed Tomography, Fluoroscopy & Interventional Imaging, Nuclear Medicine) End Users (Hospitals

Radiation Dose Management Market Report by Product & Service (Radiation Dose Management Services, Radiation Dose Management Solutions) Modality (Mammography, Computed Tomography, Fluoroscopy & Interventional Imaging, Nuclear Medicine) End Users (Hospitals, Ambulatory Care settings, others) Countries and Company Analysis, 2024-2032

Global Radiation Dose Management Market Size

Global Radiation Dose Management Market is expected to reach a total of US$ 1,004.39 million by 2032 from US$ 330.87 million in 2023, at compound annual growth rate of 13.13% starting from 2024 to 2032. The increase is due to factors such as; increase in prevalence of diseases such as Cancer, fast growth in the health sector, and the investment in research and development.

Radiation Dose Management Industry Outlook

Radiation dose optimization refers to the practice of tracking and minimizing the extent of ionizing radiation people are subjected to when undergoing imaging services like computer tomography scans, plain radiography, or nuclear medicine. Thus, practice to minimize the radiation exposure to the patient as much as is necessary for the diagnostic imaging to be of quality. Accurate radiation dose control is an essential factor in the prevention of possible adverse effects related to radiation such as cancers and at the same time enhance the utilization of imaging techniques.

All over the world, radiation dose management has proved to be vital as there has been an increased demand for diagnostic imaging. Healthcare facilities with an interest in utilizing the latest technologies for tracking dose and measuring radiation protection use the systems and software to track patients’ exposure constantly. These complex systems enable health care producers to make sound decision, streamline imaging strategies, and meet government guidelines. Optimal radiation dose reflects patients’ protection, helps quality assurance programs, and builds the public’s confidence in medical imaging, which improves the healthcare system’s quality in general.

Driving Forces of Global Radiation Dose Management

Increasing Use of Diagnostic Imaging:

Various imaging procedures such as CT scans, X-rays and PET scans being used more frequently to facilitate precise diagnosis and treatment planning has enhanced patients’ exposure to radiation. Thus, the medical practitioner has the responsibility of ensuring that radiation dose management is as effective as can be for the sake of the patient. This entails the ensuring the doses of radiation that a patient undergoes during these procedures is kept at optimal level to avoid compounding their condition while at the same time ensuring a high level of accuracy. To this end, many healthcare providers have incorporated a higher standard of dose management strategies and technology within the healthcare settings with an aim of arriving at ALARA. It also improves patient care and complies with the standards to prevent possible adverse effects of radiation in healthcare facilities.

Stringent Regulatory Requirements:

The authorities of different countries and other regulatory organizations of the healthcare system have been implementing more strict measures and norms to control the use of radiation in medical facilities. The purpose of these regulations is to protect the health of patients; the exposure of X-rays during diagnostic imaging procedures, including computed tomography, nuclear medicine, and radiography. Radiation dose management systems are inmost used because of these mandates which are often demanded on healthcare facilities. These systems help the healthcare providers in observing, categorizing, and controlling the radiation doses offered to patients in real-time. Through strong dose management procedures, health centers and hospitals not only adhere to regulatory compliance but also improve the quality of patients’ treatment, reducing the adverse effects of radiation from medical procedures. This approach is in harmony with other general quality enhancement programs in the delivery of healthcare services.

Rising Awareness of Radiation Risks:

Public knowledge of the possible predisposing factors and effects of radiation, specifically increased susceptibility to cancer, has led to heightened dose optimization standards among the healthcare practitioners. This increased awareness arises from constant researches revealing effects of accumulation of radiation implying on patient’s well-being in the long run. Dose management strategies are goals in healthcare imaging, in which radiation doses are made as low as is reasonably achievable (ALARA) while maintaining the facility’s diagnostic capability. This is a proactive method of looking at the patient’s safety issues and is in tune with patient-centered care as it eliminates unnecessary exposure to radiation. Therefore, dose management is a significant element in the clinical practice of healthcare providers to address potential negative effects and enhance patients’ outcomes when undergoing diagnosis or treatment.

Technological Advancements:

Technological advancements in dose management like sophisticated software applications, along with remote monitoring devices are dramatically changing how radiation dosages are handled by the healthcare professionals. They allow the providers to accurately measure, quantify and manage the amount of radiation a patient receives during the imaging process. Real-time monitoring systems provide:

• Instant feedback
• Enabling early changes in the dosage and in the imaging procedures to be performed.
• Minimizing adverse events to patients and maintaining lawful practices

These developments improve dose management consistency and effectiveness with a direct benefit on the patient, by lowering the risk of unhealthy radiation doses. The incorporation of these technologies progressively across the world can facilitate healthcare centers to involve more individualized and preventive approaches when it comes to dose management which will in turn benefit the providers as well as the patients.

China Radiation Dose Management Market

The market for radiation dose management is established in China, and is rapidly growing due to several factors. Use of the modern technologies of medical imaging for example the CT scans and the X-rays have enabled more patients to seek the technologies due to awareness of radiation related dangers. The management of radiation dose is being incorporated effectively by healthcare facilities. The sustained growth of demands on improving the medical infrastructure and the active regulation of radiation safety promote market development. Innovations in dose meter applications and Tracking systems enables the healthcare practitioners to meet dose measurement accuracy and regulation standards. With the advancement of the China healthcare industry, and considering the fact that radiation dose management market plays an important role in enhancing patient care and safety, it is expected to deliver steady growth in the future.

Global Radiation Dose Management Company Analysis:

Some of the most recognized Radiation Dose Management firms include Bayer AG, Koninklijke Philips N. V., Thermo Fisher Scientific Inc, Mckesson Corporation, and Cerner Corporation.

Global Radiation Dose Management Company News

September 2023: Qaelum NV and I-MED Radiology Network teamed up to expand Qaelum's DOSE and FOQA throughout the ANZ area.

May 2023: Carestream Health has released the new DRX-LC Detector, which is intended to increase productivity for taking long-length orthopedic images while also enhancing picture quality, patient comfort, and diagnostic confidence.

February 2023: Carestream Health and Robarts Research Institute collaborated to enhance and exhibit the clinical utility of dual-energy, digital X-ray, and digital tomosynthesis technologies. Patients with pulmonary and cardiothoracic disorders might have better results.

December 2022: Fujifilm, in collaboration with the center, installed its newest CT scanner at the Soorya Diagnostics LLP Center in Tirur, Kerela. This would encourage a culture of screening and facilitate access to high-quality healthcare services for residents of the area.

Product & Service –Market Breakup in 2 Viewpoints

1. Radiation Dose Management Solutions
2. Radiation Dose Management Services

Modality – Market Breakup in 4 Viewpoints

1. Computed Tomography
2. Fluoroscopy & Interventional Imaging
3. Mammography
4. Nuclear Medicine

End Users – Market Breakup in 3 Viewpoints

1. Hospitals
2. Ambulatory Care settings
3. others

Geography – Market Breakup of 23 countries -

North America

• United States
• Canada
• Colombia

Europe

• France
• Germany
• Italy
• Spain
• United Kingdom
• Netherlands

Asia Pacific

• China
• Japan
• India
• Australia
• South Korea
• Malaysia
• Indonesia
• Israel

Latin America

• Brazil
• Mexico
• Argentina

Middle East & Africa

• South Africa
• Saudi Arabia
• United Arab Emirates

Company Insights:

• Overview
• Strategy & Recent Development
• Product Portfolio
• Sales Analysis

Key Players Analysis:

1. Bayer AG
2. Koninklijke Philips N.V.
3. Thermo fisher Scientific Inc
4. Mckesson Corporation
5. Cerner Corporation