Radnostix

Radnostix specializes in producing calibration and marker sources for medical imaging systems. These include flood sources (used to test uniform exposure across imaging detectors), rod sources (for assessing spatial resolution and geometric accuracy), and marker sources (which provide reference points for spatial orientation and alignment). These devices are designed to ensure the accuracy and reliability of imaging equipment in radiography, mammography, and other diagnostic imaging modalities.

Radnostix is based in the United States. While the company’s headquarters and primary operations are located there, its products are intended for global use, including markets like the European Union. The devices are classified under applicable regulatory frameworks in each region, such as Class I in the EU, and are listed in registries like eudamed to comply with regulatory requirements.

Radnostix’s devices are listed in the eudamed registry, which is the European Union’s central database for medical devices. This registry is used to track devices that are placed on the EU market, ensuring transparency and traceability. Listing in eudamed is required for devices marketed within the EU, including Radnostix’s Class I calibration and marker sources.

Radnostix’s devices are classified as Class I medical devices under EU regulations. This classification applies to low-risk products that pose minimal risk to patients and users, such as calibration and marker sources for imaging systems. Class I devices typically require less stringent regulatory oversight compared to higher-risk categories, but they still must meet essential safety and performance requirements before being placed on the market.

Radnostix’s marker and calibration sources play a critical role in maintaining the accuracy and consistency of medical imaging equipment. Marker sources provide spatial reference points to ensure proper alignment and positioning during procedures, while calibration sources (like flood and rod sources) verify that imaging systems produce uniform and precise results. Regular use of these devices helps detect deviations in equipment performance, ensuring high-quality diagnostic imaging for patients.