CareView® digital radiography detectors are versatile and lightweight, perfectly engineered for a broad range of applications. A variety of panel sizes and available features allows us to offer a selection of viable solutions. Our dedication to human design makes our products easy to install and operate, with minimal impact on operators and imaging subjects.
CareRay’s radiography products are designed from start to finish for durability and long product life. All our products are built to at least IP64 dustproof and water-resistant standards. With impact-absorbing rubber edging and single-piece bodies made of high strength aluminum alloy, CareView detectors are inherently robust against adverse environmental conditions. Our panels are excellently designed and carefully constructed for long-term product performance, superior image quality, and the best possible low dose care.
Flexible solutions for all industries and applications. Production runs tailored to your manufacturing needs. Products developed for your systems with the same field-proven high performance panels and electronics used in FDA and CE approved CareView® detectors.
Our retrofit solutions are built on the 3L principle: low dose, low cost, and low impact.
Digital radiography is proven to be far better than film and CR for efficiency, image quality, and dose control.
Reedus CareRay detectors can be integrated with existing systems, alleviating the cost of replacing older systems and providing quick access to high-end digital X-ray imaging.
We promote global waste reduction through purposeful design aimed at product longevity and the prolonged use/reuse of existing hardware.
We develop and build all critical materials for our panels in house, including our own sensors and direct-deposit CsI scintillators. Our meticulous research and manufacturing standards yield world-class detectors that are durable, adaptable, and optimally efficient for whole systems.
The CareView® 750Mc digital mammography cassette. Compact and powerful. A better solution for breast imaging.