Product Details
Agfa Mamoray HDR-C Plus – Blue-Sensitive, High-Resolution Mammography X-Ray Film
Agfa Mamoray HDR-C Plus blue-sensitive mammography film is a high-resolution film for challenging breast imaging diagnostics. Suitable for use with single-emulsion, high-contrast imaging systems, this premium film offers sharp detail, good contrast, and outstanding consistency to make even the smallest microcalcifications and lesions easier to detect. It is specially optimized for screen-film mammography systems for accurate reproduction of soft tissue contrast and subtle density differences. Ideal for centers specializing in early breast cancer detection and archive-quality imaging.
Key Features:
High Definition Emulsion: Offers superb image sharpness and resolution.
Optimized for Mammography: Optimized for breast imaging with ideal contrast and detail.
Blue-Sensitive Technology: Compatible with rare-earth blue-emitting intensifying screens.
Single Emulsion Design: Reduces scatter, improves resolution for mammographic precision.
Consistent Quality: Consistent results with every exposure, essential for diagnostics.
Archivable: Stable base and emulsion for long-term image preservation.
Typical Applications:
Screen-film mammography
Diagnostic breast imaging
Early cancer detection
Women’s health clinics
Archival-quality medical record storage
Technical Specifications:
Film Type: Blue-sensitive, single-emulsion X-ray film
Application: Mammography
Base: 175 µm polyester, blue-tinted
Contrast: High
Available Sizes: 18 × 24 cm (7″ × 9.5″), 24 × 30 cm (10″ × 12″)
Processing: Automatic or manual (compatible with standard mammographic chemistry)
Packaging: 100 sheets per box, double wrapped
Storage: 10–24°C, 30–50% RH
Shelf Life: 24 months from date of production
Why Choose Agfa Mamoray HDR-C Plus?
Agfa Mamoray HDR-C Plus delivers excellent contrast, outstanding detail, and clinical consistency to help radiologists detect breast cancer in its earliest stages. Designed to meet the most demanding mammographic specifications, it gives diagnostic confidence and long-term image stability.
