For healthcare professionals who work with x-ray machines and
scatter radiation, the importance of protective garments cannot be
overlooked. Hospitals and healthcare centers have a designated contact
person to help technologists, nurses, radiologists and other doctors
follow the guidelines for proper radiation. The versatility of radiation
protection garments has grown over the years, as technology and
environmental accountability have become more common. The leaded apron
has long been a stalwart in protective garments that has been modernized
with the creation of new technology. Where it was once a
one-size-fits-most design, x-ray aprons can now be custom fit to an
individual or the medical employer may order a variety of sizes to be
kept for general use in different colors and styles for anyone who needs
one.
The type of material used in these garments is more diverse than it was even 10 years ago. Where leaded aprons were once made only of heavy lead in one color, they are now made of different materials that still provide radiation protection, but are not as physically heavy as lead. For someone wearing these garments for several hours, lightweight garments that don't compromise safety are a popular alternative.
When it comes to the healthcare industry, there are many products that cannot be recycled or reused. One of the exceptions to the rule is the use of x-ray aprons. These items can be re-covered to lengthen the life of the garment or change its appearance for the work environment. It is the medical professional's responsibility to determine whether the materials are still sufficient for blocking radiation for protection before submitting it for re-covering. The radiation protection garment company will not take responsibility for the safety and soundness of the materials, but can make a garment look like new by using new fabric and replacing the apron's closures if needed.
This process is especially helpful for healthcare workers who have custom x-ray aprons that still fit, but they may have changed where they work. Rather than investing in new leaded aprons, they can instead have them re-covered at a lower price. For example, someone who works in children's radiology may have kid-friendly designs to help their patients stay relaxed and at ease during the procedure. If they transfer to another facility or department where they are working with adults and teens, their kid-friendly leaded apron designs might not be appreciated. When having an x-ray apron re-covered, new fabric choices can notably change the garment's appearance to one that is more appropriate for different environments or may look more professional.
When leaded aprons have outgrown their useful purpose in a medical environment, they can be recycled, which reduces the burden on landfills and refuse collection sites. This is an important factor for companies trying to be as eco-friendly as possible within the restrictions of their industries and protocols.
The type of material used in these garments is more diverse than it was even 10 years ago. Where leaded aprons were once made only of heavy lead in one color, they are now made of different materials that still provide radiation protection, but are not as physically heavy as lead. For someone wearing these garments for several hours, lightweight garments that don't compromise safety are a popular alternative.
When it comes to the healthcare industry, there are many products that cannot be recycled or reused. One of the exceptions to the rule is the use of x-ray aprons. These items can be re-covered to lengthen the life of the garment or change its appearance for the work environment. It is the medical professional's responsibility to determine whether the materials are still sufficient for blocking radiation for protection before submitting it for re-covering. The radiation protection garment company will not take responsibility for the safety and soundness of the materials, but can make a garment look like new by using new fabric and replacing the apron's closures if needed.
This process is especially helpful for healthcare workers who have custom x-ray aprons that still fit, but they may have changed where they work. Rather than investing in new leaded aprons, they can instead have them re-covered at a lower price. For example, someone who works in children's radiology may have kid-friendly designs to help their patients stay relaxed and at ease during the procedure. If they transfer to another facility or department where they are working with adults and teens, their kid-friendly leaded apron designs might not be appreciated. When having an x-ray apron re-covered, new fabric choices can notably change the garment's appearance to one that is more appropriate for different environments or may look more professional.
When leaded aprons have outgrown their useful purpose in a medical environment, they can be recycled, which reduces the burden on landfills and refuse collection sites. This is an important factor for companies trying to be as eco-friendly as possible within the restrictions of their industries and protocols.
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