clinihope

Digital X-Ray

Explore the Latest Digital X-Ray Technology at CliniHope

To enhance the care experience of our patients, we utilize the power of modern digital X-ray technology. By using digital sensors, our advanced imaging system facilitates instant image processing, which results in a quick diagnosis process, informed decision-making, and effective collaboration. Maintaining good health and safety of our patients is our primary aim. That is why, we utilize the power of lower doses of radiation to produce high-resolution images. This precise imaging capability is very helpful in detecting the different stages of cancer and planning effective treatments.

 

We have a qualified and trained team of radiologists, who are quite knowledgeable about the usage of modern digital tools to perform detailed analysis. Their expertise makes sure that each diagnosis is accurate, and they are tailored to the specific needs of the patients. Our supportive and comfortable environment makes the entire process easier and ultimately contributes to the process of minimizing discomfort. We also equally focus on maintaining the overall well-being of our patients. We are not just concerned about detecting and treating cancer. With the use of modern technologies, cutting-edge tools, compassionate care, and a comprehensive approach, we help our patients to achieve a great quality of life.

FAQs on Digital X-Ray

What is a digital X-ray used for?

Digital X-ray is a medical process, utilized for capturing images of bones, organs, and tissues to diagnose fractures, infections, internal abnormalities, etc. 

Can a digital X-ray show cancer?

Sometimes digital X-rays can detect cancer, especially in the case of bone or lung cancer. But before making any final decision, it is necessary to go through additional tests like MRIs or CT scans. 

What is the difference between MRI and digital X-ray?

Primarily, the digital X-ray process uses radiation to produce images of the bones and internal organs, while the process of MRI utilizes magnetic fields and radio waves, to produce detailed images of soft tissues and organs. 

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