JPI’s ExamVue DR brand was launched to provide healthcare professionals with superior and cost-effective digital flat panel detectors, which are offered in the following options:
10” x 12” Wireless
14” x 17” Wireless
14” x 17”
17” x 17”
These x-ray flat panel detectors incorporate the proven technology of amorphous silicon. The amorphous silicon photodiode array and thin film translator (TFT) underneath covert invisible x-ray photos into visible photons, and then into electric charges.
The electron signals are measured and amplified in the dataline, and then converted to digital signals by the analog/digital converted. Then, the digital signals are transmitted to a PC for processing to form an image. The following are hallmarks of ExamVue DR panels:
High Detective Quantum Efficiency (DQE)
High spatial resolution
Extraordinary dynamic range
We have developed technology to grow and directly deposit Cesium Iodide (CsI) crystals on the glass substrate of our flat panel detectors. Most companies purchase their CsI, and glue the material onto the glass substrate. Not only does this gluing process work against and degrade image quality, but it also makes the detector less durable. We proudly provide our customers with the benefits of lower patient exposure dose and higher image quality that CsI offers over Gadolinium Oxide (GadOx) technology. Our ability to grown our own CsI, and not having to source from others, gives us the ability to provide our customers with very high-quality images at a very affordable price point.
We market and implement digital radiography systems using flat panel detectors, which enable medical professionals to generate high-quality images at affordable rates with ease.
Benefits of CsI Direct Deposit Technology
The least amount of isotropic photo lateral scattering leading to the best resolution.
The lowest photon coupling loss, which translates to the best quantum efficiency (QE) and detector quantum efficiency (DQE).
No glue is used to make the CsI adhere to the glass substrate, which contributes to reliable, long-term performance with superior long-term stability and ambient compatibility.