If you’re wondering what happens when X-rays are taken without proper shielding, we’ll review all the information you need to know

When using lead aprons in radiology, following the correct guidelines is important to ensure they’re as effective as possible.

The other alternative is lead-free aprons, which don’t contain lead and use only alternative materials.

Studies show that 0.5 mm lead aprons can block 90% or more of scatter radiation from medical devices depending on the specific manufacturer you buy from.

Lead aprons are specifically designed to block and absorb scatter radiation that spreads out in all directions when using medical imaging equipment.

Lead aprons have a limited lifespan and must be regularly evaluated for damage, cleanliness, and effectiveness in reducing radiation risk.

According to OSHA, lead aprons, gloves, thyroid collars, and protective eyewear are some of the most essential PPE used in radiology or interventional surgery.

That’s where the three basic principles of radiation protection come into play. Those core principles are time, distance, and shielding.

Learn how OSHA’s radiation exposure standards and practical safety measures can help protect healthcare workers while ensuring compliance and a safer workplace.

Discover how simple strategies like time, distance, and shielding can dramatically reduce radiation risks, protect patients, and enhance safety in healthcare settings.

Discover the importance of using thyroid collars for radiation protection. Learn about the key features to consider when choosing a thyroid collar and how to maintain it.

Lead aprons are heavy - but, they don’t always have to be. Here’s a guide on how to make your apron the lightest and most comfortable possible. All without sacrificing protection.

Are you trying to find a safe, comfortable lead apron that will grow with you throughout your pregnancy? Here’s our list of the best maternity lead aprons. 

Unclear on Joint Commission lead apron inspection requirements? Our blog post decodes the expectations and helps ensure your facility stays compliant.

Choosing the right lead apron is crucial for healthcare professionals. This guide explores leading brands, styles, and materials to help you find the perfect fit.

This recognition highlights RCS’s rapid growth and commitment to revolutionizing lead apron management in the healthcare industry.

Regularly implementing a lead apron inspection checklist, including visual, palpation, and radiographic checks, is crucial for ensuring optimal patient and staff safety by identifying potential damage before it compromises protection.

Lead aprons in medical settings typically last 3-10 years, depending on type and usage frequency. Regular inspections and proper care, including annual X-ray scans, help ensure safety and longevity, while disposal should be handled as hazardous waste to mitigate environmental impact.

Visual and palpation tests are insufficient for ensuring lead garment integrity due to their inability to detect microscopic imperfections. Annual X-ray scanning is crucial to identify hidden damage, ensuring staff safety and preventing legal and financial liabilities associated with inadequate radiation protection measures.

How can you tell that your apron needs repairs or even replacement? Some signs of wear and tear are obvious, while others are not. We’ll go over the five most common signs of lead apron wear and tear we see, along with related details and tips, plus recommendations for repairs or replacement.