What is a digital X-ray in Molalla?

A digital X-ray, or digital radiography in Molalla OR, is a modern type of X-ray that utilizes digital sensors instead of photographic film, as with a traditional X-ray.

What does a digital X-ray involve in Molalla OR?

The digital X-ray procedure is very similar to traditional X-rays; it is the technology that is very different. Bursts of radiation still pass through the body and form an image based on how much radiation passes through the body, but rather than using photographic film to capture the image, digital sensors are used. The image is converted to digital data immediately and is available for review within seconds.

Why is a digital X-ray done?

Digital X-rays, much like traditional X-rays, allow the doctor to examine inside a patient’s body. This may be useful to observe the extent of the damage sustained by an injury, including bone breaks and fractures. They can also detect masses in soft tissue, which could lead to the discovery of a tumor or other illnesses.

Advantages of digital X-rays

Digital X-rays have several key advantages over other options:

• Clarity – digital X-rays are capable of producing very high quality images in which the doctor can observe the scanned part of the body in very fine detail.
• Real-time enhancement – the ability to digitally adjust the images, making the images lighter and darker as needed to see particular aspects of the scan more clearly.
• Speed – the results are available for review immediately.
• Reduces radiation exposure – digital X-rays produce high-definition images in seconds and they do so with lower doses of radiation than other X-rays, which is better for the patient.
• Efficiency – in addition to being efficient in terms of the amount of radiation used, digital X-rays save time and effort that would be spent creating, filing, and retrieving traditional X-ray results; digital results are available quickly and easily at the click of a mouse.
• Avoids the use of chemicals needed for developing film used in traditional radiography.