SLAB, MAMMOGRAPHY PHOTOTIMER CONSISTENCY TESTING, 2CM THICK SIZE by CIRS (Computerized Imaging Reference Systems)
Product Overview
Key highlights
The CIRS Mammography Phototimer Consistency Testing Slab is a 2 cm thick testing device designed to ensure accurate phototimer performance in mammography systems. This essential tool aids in quality assurance, enhancing the reliability and effectiveness of breast imaging procedures. SLAB, MAMMOGRAPHY PHOTOTIMER CONSISTENCY TESTING, 2CM THICK SIZE by CIRS (Computerized Imaging Reference Systems)
Key Highlights
- The SLAB for Mammography Phototimer Consistency Testing is designed to ensure the accuracy and reliability of mammography imaging systems.
- With a thickness of 2 cm, this testing slab provides optimal performance for evaluating phototimer settings in clinical environments.
- Manufactured by CIRS, a leader in imaging reference systems, this product is built to meet stringent industry standards.
- Its robust design facilitates ease of use, allowing technicians to conduct routine checks efficiently and effectively.
- Implementing this testing slab can enhance image quality and diagnostic confidence in mammography practices.
Compatible Systems & Use Cases
This testing slab is compatible with a variety of mammography systems, including digital and analog modalities. It is particularly useful in settings where routine quality assurance checks are necessary to maintain compliance with regulatory standards and ensure optimal imaging performance.
Technical Specifications
| Parameter | Value |
|---|---|
| Product ID | O17799-014ABR12 |
| Brand | CIRS (Computerized Imaging Reference Systems) |
| Part Number | 014A-BR12 |
| Thickness | 2 cm |
| Application | Mammography Phototimer Consistency Testing |
Clinical and Service Value
Incorporating the SLAB for Mammography Phototimer Consistency Testing into clinical workflows enhances the reliability of mammography systems. Regular testing with this slab ensures that imaging systems maintain optimal performance, which is critical for accurate diagnoses. This proactive approach to quality assurance can significantly reduce the risk of diagnostic errors, ultimately benefiting patient care.
Additionally, the ease of use associated with the SLAB allows biomedical engineers and technicians to perform routine checks with minimal disruption to clinical operations. This efficiency not only streamlines maintenance processes but also helps maintain compliance with industry regulations. By investing in reliable testing equipment, healthcare facilities can enhance their imaging capabilities while ensuring high standards of patient safety and care.
Additional notes
SLAB, MAMMOGRAPHY PHOTOTIMER CONSISTENCY TESTING, 2CM THICK SIZE by CIRS (Computerized Imaging Reference Systems)