REDIATION PROTECTION APRON

Product Description

Radiation protection aprons are essential garments designed to shield medical personnel and patients from unnecessary x-ray radiation exposure during diagnostic radiology procedures. These aprons come in various styles and materials, including lead, lead composite, and non-lead options, each offering different levels of protection and comfort.

• Regular Lead Aprons: Contain 100% lead and provide complete protection at 80 kVp. They range between 10 and 25 pounds, depending on size and style.
• Lightweight Lead Aprons: Use a mixture of lead and other lighter weight metals, making them about 25% lighter than regular lead aprons. They typically weigh between 7 and 20 pounds.
• Non-Lead Aprons: Use 100% non-lead attenuating metals to provide complete protection. These aprons are the lightest, typically weighing between 5 and 17 pounds.

• Proper Use: Lead aprons should be worn in the fluoroscopy room by each person, except the patient, whose body is likely to be exposed to 5 mR/hr or more.
• Inspection: Personnel should visually inspect these devices for obvious signs of damage such as tears or sagging of lead before each use.
• Storage: Lead aprons should be kept flat or on hangers in properly designed racks to prevent defects such as internal cracks and tears.

• Lead Aprons: A 0.5 mm lead apron has been shown to attenuate over 99% of the radiation dose.
• Study Findings: A study found that 0.5 mm lead aprons blocked just over one third of the radiation scattered towards the surgeon, indicating that reducing radiation use (e.g., by using robotic guidance) is a more effective strategy for minimizing exposure.

• AliMed: Offers a wide range of lead aprons for radiation protection.
• INFAB: Provides high-quality radiation protection aprons, thyroid collars, glasses, gloves, mobile barriers, and more.
• Universal Medical Inc.: Carries a full line of X-ray lead aprons, including regular lead, lead composite, and non-lead options.

These aprons are crucial for ensuring safety and comfort during medical procedures involving radiation exposure.