What materials are commonly used for fluoroscopic table tops to reduce patient radiation dose?

Fluoroscopic table tops are designed with materials that help minimize the radiation dose to patients while maintaining necessary strength and durability. Carbon fiber is a commonly used material due to its lightweight nature and high strength-to-weight ratio, which allows for a thinner design that absorbs less radiation. This feature is particularly advantageous in fluoroscopy, as it helps decrease the amount of radiation that reaches the patient without compromising structural integrity.

Bakelite, a phenolic resin, is also utilized for its low density and ability to resist radiation, contributing to patient safety. Combining these materials helps to create a table top that not only supports the patient adequately but also minimizes the radiation exposure associated with fluoroscopic procedures.

While other materials like steel and aluminum can be found in various medical applications, they do not offer the same level of radiation attenuation as carbon fiber and bakelite in this specific context. The materials chosen for fluoroscopic table tops are critical in improving patient safety and enhancing the effectiveness of the imaging process, making the correct choice align well with standards in medical imaging practices.