Trends shaping the Indian x-ray market

India has seen a sharp increase in the frequency of lifestyle-related diseases and chronic illnesses like TB, which has led to a rise in the use of diagnostic tools.

Against this backdrop, the x-ray systems market in India is anticipated to expand between 2023 and 2033 at a compound annual growth rate of around 3 percent. The Indian digital x-ray market is poised at a CAGR of 10.22 percent to ₹5650 crore by 2029 from an estimated ₹3475 crore in 2024.

India’s digital x-ray market was significantly impacted by the Covid-19 pandemic. The rising incidence of illnesses like osteoarthritis and the action taken by major industry participants are predicted to propel the market’s expansion.

Technology trends
X-ray exams expose patients to ionizing radiation; though the amount of radiation is small, it can accumulate over time with several scans. This is where radiation dose reduction technologies come into the picture; it allows us to minimize the amount of ionizing radiation further, and this is especially important for patient safety. Regulating allowable radiation dosage levels for diagnostic x-ray operations, is something that India, like many other nations, has standards and laws. To protect patient safety, producers of x-ray equipment and medical facilities are increasingly emphasizing adhering to these requirements. A reduction in radiation doses is possible in capturing high-quality pictures, thanks to sophisticated imaging technologies, including digital radiography (DR), flat-panel detectors, and enhanced image-processing algorithms. Healthcare professionals may better measure and regulate each patient’s radiation exposure using x-ray systems with dose monitoring and management features. A customized and efficient dosage administration is made possible by this technique.

To reduce the long-term consequences of radiation exposure in children, special consideration is made to reducing radiation doses during pediatric imaging procedures. Al is being utilized increasingly to optimize imaging methods and minimize radiation doses without sacrificing picture quality. Al can help with modifications in real time while doing scans. To obtain the required diagnostic quality with the least amount of radiation exposure, healthcare personnel are being taught how to operate equipment properly. Quality assurance systems are put into place to guarantee that radiation dosages are constant, adhere to safety regulations, and that equipment is calibrated accurately. Radiation dosage reports are now generated by many x-ray machines and sent to patients and their medical professionals after every session. Patients are better able to make informed healthcare decisions because of this transparency.

Furthermore, the industry is moving toward wireless and portable digital x-ray systems, which provide flexibility and convenience in various healthcare settings. Cloud-based solutions are becoming increasingly common. They facilitate safe digital x-ray picture storage, access, and sharing among healthcare practitioners, fostering communication and remote diagnosis. Significant participants in the sector are forming alliances and partnerships with IT firms to use their knowledge in Al, data analytics, and networking solutions.