About CareRay
When CareRay was established in 2007, we decided to take a bold first step for the best possible customer care. We developed our own sophisticated technology for building low-dose Cesium scintillators. This advanced direct-deposit technology would be combined with our own patented signal processing methods and state-of-the-art electronic components to produce high resolution digital X-ray imaging products that also offer the best in low patient exposure.
In 2011, our company successfully released China’s first commercially available direct-deposit CsI flat panel detector. Over a decade later, we are still advancing the global industry of diagnostic imaging, continually building new ways to improve the standard of healthcare worldwide.
CareRay’s founders have an ethical commitment to developing exemplary products that deliver highest quality performance; long-lasting detectors that are the result of careful research and rigorous production standards. This conscientious manufacturing yields world-class results that are optimally efficient and accessible.
Our commitment to low impact care applies to patients, operators, and the world at large. CareRay flat panel detectors are durable and adaptable, compatible with both single phase and high-frequency generators. We strive to apply the principles of low impact design, waste reduction, and sustainability to all aspects of our daily operation and long-term development.
CareRay’s elite R&D team has registered over a dozen significant technological patents since the company’s founding. Our highly sensitive F2AED(R) (Full-Field AED) provides large area coverage and unrestricted time windows, for more comfortable and efficient image acquisition. 1-Shot Calibration(R) allows operators to perform rapid calibration on site. We are committed to engineering excellence, and our research into the physics of digital radiography has allowed us to provide optimized diagnostic solutions that reshape common beliefs about X-ray imaging. Our team remains dedicated to excellence and constant innovation in the field of diagnostic imaging. We are excited about the future as we continue to advance the field.