1. Selecting a Model Suited to Your Field
If you perform short-term exposures in a general radiology room, a front protective model (Series 11) may be sufficient. However, for continuous fluoroscopy operations like interventional cardiology or angiography, a full-protective coat model (Series 21) or a vest-skirt style (Series 41) that distributes weight is recommended.
For detailed information and to compare all of our designs, please visit our Lead Apron Guide page.
2. Correct Lead Equivalency (mm Pb)
The lead equivalent thickness (0.25 mm Pb, 0.35 mm Pb, or 0.50 mm Pb) should be carefully selected based on the power levels of the generator and exposure to scatter radiation. High-energy environments require 0.50 mm Pb thickness for standard protection, whereas lower power levels can rely on 0.25 or 0.35 mm Pb.
3. Core Material Technology and Weight
Core weight is critical for maintaining the musculoskeletal health of clinicians who work on their feet for long periods. Standard lead can be replaced by lightweight lead, lead-free antimony, or dual-layer Edge Bilayer lining technologies to reduce muscle fatigue.
For detailed information on core materials and material choices, please visit our Lead Apron Guide page.
4. Quality Standards and CE Certifications
The selected apron must comply with IEC 61331-3:2014 and IEC 61331-1:2014 standards, and carry Kategori III personal protective equipment certification under the 2016/425 EU regulations.
5. Sizing and Ergonomics Balance
Ill-fitting aprons lead to compromised protection areas and back pain. The length of the apron should cover at least 70-80% of the wearer's height from shoulders to below the knees.
For detailed information on finding the right size, accessing specifications, and reviewing test reports, be sure to visit our Lead Apron Guide page.