Lead Backer: Your Trusted Solution for Reducing Backscatter in Radiographic Imaging
Introducing the Lead Backer, your solution to flawless radiographic imaging. Say goodbye to the tricky positioning and increased exposure techniques required for challenging exams like cross table hips or lumbar spine (L5/S1). With the evolving design of DR panels focusing on weight reduction, the absence of a lead lining has often resulted in backscatter issues—leading to unwanted artifacts on your radiographic images. Imagine seeing the internal components of the DR panel clearly on an x-ray, causing you to repeat the exam and leaving both you and your patient frustrated. Our Lead Backer is designed to eliminate this problem, effectively reducing backscatter and resolving the imaging artifacts that compromise your results. Enjoy seamless imaging and provide your patients with a more efficient and comfortable experience—trust Lead Backer for precision you can rely on.
Addressing Backscatter Challenges
With the advancement of technology in radiographic imaging, there has been a continuous effort to improve image quality while reducing patient radiation exposure. One crucial aspect of this is the design and development of DR panels that are lighter in weight. This has led to the elimination of lead lining in many DR panels, resulting in backscatter issues for healthcare professionals.
Product Advantages:
- Reduces Backscatter: Effectively mitigates characteristic radiation backscatter to provide clearer, more accurate imaging results—perfect for professionals who demand precision.
- Versatile Compatibility: Available in a range of lead thicknesses to suit your specific needs and can be effortlessly integrated with various PAG grid encasements, ensuring flexibility in application.
- Durable Protection: Each lead sheet is fortified by a polycarbonate overlay, ensuring long-lasting durability and safeguarding against wear and tear.
With the Lead Backer, you can trust that your imaging processes will not only be protected but also optimized for the best possible outcomes.
