Digital Radiography

Digital radiography (DR) allows faster X-ray image acquisitions and lower patient dose exposures due to digital X-Ray detectors versus film. DR has gained popularity due to its convenience and the wide range of proper medical and industrial applications.
Varex Imaging manufactures one of the largest selections of radiographic and fluoroscopic imaging tubes in the industry. Each tube is high quality and long-lasting with low noise high-speed bearings. The tubes feature rhenium-tungsten molybdenum targets and are available with focal points ranging from 0.3 to 2.0 mm.
At Varex Imaging, we are always looking to advance the field of digital radiography by producing new breeds of X-ray tubes that work seamlessly with our X-ray detectors and imaging software. This ambition, combined with our innovative technology, help our customers to provide better care and raise hopes for millions of patients worldwide.
When developing X-ray detectors, we focus on image quality and radiation dose reduction to benefit patients. Whether you require imaging small anatomical features such as bone fractures or lung nodules to larger areas, our X-Ray detectors offer outstanding performance due to numerous design innovations such as Wireless panels, Auto Trigger (trigger), onboard corrections, easy integration, and CsI & DRZ+ technology options.
Varex Imaging offers Nexus® DR, an advanced digital image acquisition system designed to automate patient workflow for DR software solutions. It is a cost-effective solution that includes advanced image processing algorithms for optimal image quality and excellent reliability.
Designed to provide fast and accurate diagnostic images with minimal user interaction, Nexus DR is an efficient solution for your digital radiography needs. Optimized workflow with this product will allow X-ray technologists to focus on the patient while quickly capturing high-quality images.
To complete your DR system, Varex Imaging offers high voltage connectors, collimators, bucky systems, and AEC sensors.