Core Radiation Protection Details in the Renovation of a Dental CT Room

Core Radiation Protection Details in the Renovation of a Dental CT Room

With the widespread adoption of precision oral diagnosis and treatment, dental CT scanners have become core equipment in modern dentistry. However, the ionizing radiation generated during their operation cannot be ignored. Therefore, the primary task in creating a qualified dental CT room is to construct a complete and reliable radiation protection system. This is not only a legal requirement for medical safety but also a matter of high responsibility for the health of both doctors and patients. The selection of protective materials for key areas such as walls, floors, and observation windows directly determines the quality of the protection effect.

Precise Construction from Walls to Observation Windows

A complete protection system begins with the basic structure. Currently, the mainstream practice is to embed high-purity, high-density professional lead plates during wall construction, or to use thick barium sulfate sand concrete for pouring and coating. Both methods effectively shield radiation. As a key supplier of radiation protection engineering, Shandong Qite Radiation Protection Engineering Co., Ltd. provides lead plates with excellent uniformity and stable protective performance, ensuring a reliable guarantee for creating "zero-leakage" walls. Simultaneously, the observation windows must use specially made leaded glass to ensure both clear visibility and safety protection. The protective doors also require lead lining and are equipped with secure interlocking devices, forming a seamless, three-dimensional protective space.

Environmental Control and Humanistic Care Go Hand in Hand

Excellent CT room design goes far beyond radiation protection. To ensure long-term stable operation of equipment and image quality, the room must be equipped with a precision air conditioning system with constant temperature and humidity. Regarding infection control, all surface materials should be corrosion-resistant and easy to clean. More importantly, the design must incorporate humanistic care: soft lighting, private changing areas, and clear signage can significantly alleviate patient anxiety. These details, combined with the robust Qite lead lining engineering, transform the cold examination room into a safe and technologically advanced space where patients feel at ease and diagnoses are accurate.