Dosilab STA III Dosimeter: Precise and Reliable Measurement of Radiation Dose for Effective Radiation Protection Monitoring.
The Dosilab STA III dosimeter is an essential tool used in laboratories to measure radiation dose in various applications, including radiotherapy, industrial radiography, and environmental monitoring. With its advanced technology, this dosimeter provides accurate and reliable results, enabling healthcare and safety professionals to assess radiation exposure accurately.
This dosimeter features an intuitive and user-friendly interface, allowing users to configure measurements according to their specific needs. Additionally, it offers a wide measurement range and fast response, ensuring the accuracy of results in different radiation exposure scenarios.
Various login or attribution stations provide users with the most convenient and flexible solution. This Autonomous Station offers versatile functionality, serving multiple purposes. Users can utilize it for assignment or registration of a dosemeter to a carrier, allowing for seamless tracking and management of radiation exposure data. Additionally, the station facilitates the sign-out process after use, transferring relevant data to the database for comprehensive record-keeping.
Moreover, users have the capability to access and view their own dose values directly from the station, enhancing transparency and awareness regarding radiation exposure levels. The station's user interface is intuitive and user-friendly, featuring a touch screen for seamless operation. Its design incorporates slots for accommodating either 4 or 8 dosemeters, catering to varying operational needs and volumes.
Furthermore, the operating system of the Autonomous Station is based on Linux, ensuring stability, security, and compatibility with industry-standard software and protocols. Users can establish network connectivity via either RJ-45 or WiFi, providing flexibility in deployment and integration within existing infrastructures.
The system is designed to access the local database on the attribution station for each operation, ensuring efficient data management and accessibility. Regular synchronization with the server ensures data integrity and consistency, even in scenarios where network connectivity is disrupted. This robust synchronization mechanism enables uninterrupted functionality of the attribution stations, with automatic resynchronization upon restoration of the network connection, ensuring seamless operation and data continuity.