dpiX a-Si Arrays for Medical Applications
As a replacement for film-based systems, dpiX arrays provide a safer, more efficient means of capturing high-quality images for radiographic, fluoroscopic, cardilogical and portal imaging. dpiX technology produces distortion-free images that can be adjusted for clarity and image enhancement, virtually eliminating the need for retakes. For the business of daily clinical, hospital and lab use, dpiX a-Si technology enables higher patient throughput and significant saving in image storage, retrieval and transmission.
High resolution, low dose digital detectors for Radiography
These digital systems, with the revolutionary flat detectors using dpiX sensor arrays, are on the cutting edge of radiographic imaging. With superior performance, the systems consistently provide excellent image quality and improved viewing capabilities for the doctors that use them, and a lower X-ray dose for the patients, with virtually no retakes necessary. In fact, because this innovative technology is so good, market-share is rapidly favoring this new technology.
Real time imaging for Cardiology
Cardiovascular X-ray systems using dpiX sensor arrays in flat detectors, provide superior performance and improved viewing capabilities for the doctors that use them, and generally lower X-ray dose for the patients. This new favoring technology is also gaining market-share
Oncology
Before a radiation dose is given to the patient, flat detectors using dpiX sensor arrays are used to verify the accuracy of the treatment to be given and patient setup. Once that is verified, it may be used during the actual treatment as well, again to verify the accuracy and to speed the treatment, all of which are great benefits to the patient.
Dental Imaging
Two flat detectors, with dpiX sensor arrays, may be used in a cone beam 3-D CT (computed tomography) system for dental scanning and the planning of oral procedures. With a quick scan, dentists, orthodontists, and oral surgeons are rapidly able to view a 3-D reconstruction of a patient's mouth, face, and jaw areas for evaluation.