Bilayer Lead for Radiation Protection
03.21.21 | Sunday | Nofit Amir
Lead garments have not evolved much over the last decade. Heavy and cumbersome, most lead protection comes in the form of an apron draped over the user’s front. This single-layer of standard lead protection neglects the rest of the user’s body, leaving sensitive tissues vulnerable to radiation exposure.
The Need for Radiation Protection
The dosage of X-rays administered to patients for the imaging of bones, during diagnostics, and while undergoing surgical procedures is extremely low and unlikely to cause any short-term side effects. However, studies show that when medical staff experiences prolonged exposure to radiation particles, it can result in mutations at the cellular level, which, in turn, develops into cancer, injuries, or sickness. As a preventative measure, lead shielding, worn by medical staff, prevents harmful scatter-radiation from penetrating the body.
What is Bilayer Lead?
As suggested by its name, this protective garment offers a double-layer shielding of lead protection. Bilayer lead shielding ensures that both the front and back of the user are adequately protected. Bilayers used in radiation protection consist of two different layers of radiation-attenuating materials utilized as a unique layer. This cocoon of protection prevents radiation scatter and direct exposure as low as reasonably achievable.
How Bilayer Lead Works
Historically, lead has been the go-to material for radiation protection. Its high density and high atomic number are effective at stopping gamma rays and X-rays from penetrating surfaces. By creating layers of protection, bilayer lead doubles this effort. A minimum of .25 mm of lead protection is required to combat radiation effectively. The StemRad MD garment provides a .50 mm lead equivalent on both front and sides, and a 1.0 mm lead equivalent in the front overlap area.
The Weight of Lead Protection
Despite regulations that mandate wearing suitable protection when using X-rays, there is poor compliance with radiation safety guidelines due to ergonomic discomfort from wearing heavy lead aprons. By strategically layering lead garments, vulnerable areas of the body receive adequate protection without adding unnecessary weight. The StemRad MD provides double the minimum recommended protection of .25 mm with .50 mm on the front and sides of the body and quadrupole in the front overlap area with 1.0 mm. Rather than draping the body in 1.0 mm of lead all over, this weight distribution lessens the burden of the shielding to the user while providing extra protection where it is needed most.
A Weightless Solution for Radiation Protection
Standard lead-lined radiation protection gear is heavy and difficult to wear for long periods, and bilayer lead protection can weigh in at 40 lbs and still cause strain to the body. Now, physicians are able to move freely as the StemRad MD propriety exoskeleton removes the weight of the lead from the user while still providing superior radiation protection.
While providing the best in radiation protection, StemRad has altered the advanced technology of bilayer lead shielding to be more ergonomically suitable for medical teams. Allowing maximum comfort and precision for physicians, the StemRad MD exoskeleton removes up to 100 percent of the weight from the user’s body.
Learn more about the StemRad MD Exoskeletal System for radiation protection.