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How Long Does a Fluoroscopy Test Take?

Published in Fluoroscopy Duration 2 mins read

Most fluoroscopy exams typically take between 20 to 30 minutes for the actual imaging procedure.

Understanding the Duration of a Fluoroscopy Exam

While the fluoroscopy imaging itself is a relatively quick procedure, generally lasting 20 to 30 minutes, the overall time you spend at the imaging center may be longer due to necessary preparation steps. These preparatory actions ensure clear and accurate images are obtained during your test.

What to Expect During Your Fluoroscopy Visit

Before the imaging process begins, there are several steps involved to prepare you for the exam. These steps are crucial for the diagnostic quality of the fluoroscopy and are part of the full visit experience:

  • Arrival and Preparation:
    • Upon arrival, you will typically be asked to remove all jewelry.
    • You will then change into a hospital gown.
  • Contrast Agent Administration:
    • A key part of many fluoroscopy procedures involves the use of a contrast agent. This substance helps certain organs or blood vessels show up more clearly on the X-ray images.
    • Your imaging technologist may administer the contrast agent in various ways, depending on the specific area being examined:
      • By mouth: For digestive tract studies.
      • Intravenously (IV): Injected into a vein.
      • As a shot: Directly into a specific area.
      • As an enema: For lower gastrointestinal tract examinations.

These preparation steps, while not part of the 20-30 minute imaging time, contribute to the total duration of your appointment. The imaging technologist will guide you through each step, ensuring you are comfortable and ready for the test.

Fluoroscopy Exam Overview

Aspect Detail
Exam Duration 20 to 30 minutes (actual imaging time)
Pre-Exam Prep Removing jewelry, changing into a hospital gown
Contrast Agent Administered via mouth, IV, shot, or enema
Purpose Real-time X-ray visualization of body structures

Fluoroscopy is a valuable diagnostic tool that provides dynamic, real-time X-ray images, allowing healthcare providers to observe the movement of internal body structures, such as blood flow through arteries or the passage of food through the digestive system.