Without a system for tracking what you have, where it is, what condition it’s in, and when it needs to be replaced, even the best inspection protocol has gaps. This post provides a practical, step-by-step framework for building or upgrading a radiation protection inventory program that stands …

Lead aprons represent a significant investment in your facility's radiation protection program. Yet improper storage routinely destroys that investment. A single cracked apron that fails fluoroscopic inspection becomes a compliance liability and an unplanned replacement cost. The good news: proper s …

Staff in fluoroscopy suites, catheterization labs, and operating rooms face cumulative occupational radiation exposure that rivals or exceeds that of diagnostic radiologists yet many teams are inadequately shielded. This guide explains the specific dose risks during C-arm and fluoroscopy procedures …

If your veterinary practice takes radiographs, your staff faces daily radiation exposure, and the risks are different from those in human medical settings. Unlike human patients who can follow positioning instructions and hold still, veterinary patients require manual restraint, which forces your te …

Lead aprons remain among the most critical pieces of personal protective equipment in any radiology department. Yet many facilities lack documented protocols for routine inspection and systematic replacement. Without a structured inspection program, degraded aprons silently compromise the protection …

Selecting the correct lead equivalency for your facility's radiation protection aprons is a critical decision that affects both staff safety and operational efficiency. This guide walks you through what lead equivalency means, regulatory benchmarks, and how to determine which thickness level is ap …