Which operation mode helps to reduce exposure in fluoroscopy?

Pulsed mode in fluoroscopy is designed to minimize radiation exposure to patients while still providing the necessary imaging for clinical evaluation. In this mode, the x-ray beam is activated in short bursts or pulses rather than continuously, significantly reducing the amount of radiation delivered over time. This pulse technique allows for a series of images to be captured with less cumulative exposure, making it particularly beneficial for procedures that require longer imaging durations.

The efficiency of pulsed mode not only enhances patient safety by reducing the potential risks associated with radiation exposure but also maintains the quality of the images required for diagnosis and treatment planning. In addition, it allows healthcare professionals to use fluoroscopy more selectively, limiting radiation exposure to necessary moments in the examination process.

Overall, pulsed mode is essential in modern fluoroscopic procedures as it balances the need for effective imaging with the imperative to protect patients from excessive radiation.