In an era when imaging speed, reliability, and patient safety are essential, Agfa offers a pragmatic upgrade path to digital radiography. Hospitals and diagnostic clinics that rely on traditional analogue or CR systems can benefit from a modern, flexible solution built around DR Retrofit, Duraline panels, and DR Detectors. Together, these elements form a comprehensive package enabling institutions to modernise incrementally while preserving their existing infrastructure.
DR Retrofit: Upgrade Without Rebuilding
Agfa’s DR Retrofit solution is specifically designed for healthcare providers who want to convert current X-ray rooms, mobile units, or CR suites into full digital radiography workflows without replacing stand or table hardware. It replaces cassettes and imaging plates with flat-panel detectors and an acquisition module, integrating with PACS/RIS systems.
The Retrofit solution is vendor neutral, meaning it supports many kinds of legacy systems. According to Agfa, a single retrofit unit can serve multiple X-ray systems, fixed, mobile or hybrid, giving institutions flexibility and better return on investment.
One of its key selling points is the combination of confidence, workflow improvement, and image quality. Its integration with Duraline panels and DR Detectors ensures that image acquisition becomes faster, retakes are minimised, and operational efficiency is improved.
Duraline panels: Durable, High-Quality Detectors
At the heart of any Retrofit solution or DR room are the detectors. Agfa’s Duraline panels (XF+, XD+, XD series) are engineered for durability without compromising image fidelity. They are waterproof (IP67 rating), resistant to drops (up to 1 meter or 1.5 meters for glass-free models), and can reliably operate in environments ranging from 0 to 40 °C.
These panels use Cesium Iodide (CsI) scintillators to deliver high sensitivity and excellent image quality even at lower doses. Paired with Agfa’s MUSICA image processing engine, these panels can reduce patient dose by 50% to 60% compared to older CR systems.
A standout feature is detector sharing. A single Dura-line panel can be used across multiple modalities via NFC or a dedicated AP button, enhancing utilisation across both fixed and mobile units.
Battery autonomy is also significant, as two batteries provide up to 15 hours of operating time, enabling continuous use in busy environments.
DR Detectors: Flexible and High Performance
Agfa’s broader range of DR Detectors complements Duraline panels and fits into both retrofit and full DR system architectures. These detectors include not just Dura-line but also S-line panels and mammography detectors. Detecting different form factors and configurations allows institutions to tailor their system to exam types from general radiography to speciality applications.
These DR Detectors deliver precise image capture, wireless operation, fast preview, and integration with the MUSICA platform. The result is consistent image quality, automatic post-processing, and simplified workflow.
Why the Agfa Approach Matters
By combining DR Retrofit, Duraline panels, and DR Detectors, Agfa enables incremental digitisation. Facilities can begin with retrofit upgrades, deploy detectors in key rooms, and gradually expand digital coverage as budgets and schedules allow. This avoids large capital outlays and disruption.
The durability of Duraline panels, detector sharing, and long battery life all contribute to lower total cost of ownership and high uptime. Coupled with MUSICA for image enhancement, the system delivers high performance with fewer retakes and consistent diagnostics.
In the Indian context, where healthcare facilities may upgrade various parts of their imaging setup over time, Agfa’s modular system is particularly well-suited. Radiology departments can now gain access to digital radiography as they plan for future expansion. In essence, Agfa’s offering blends innovation with practicality: a pathway to modern imaging that respects existing investments while delivering the performance radiologists and clinicians require.
