Digital Radiography (DR) GM85 [FDA 510 (k) cleared November 17, 2016] Easy Navigating with Compact Design: With 555mm narrow width and weighing in at a light 349kg, the GM85 allows easy access around ...
TUSTIN, Calif.--(BUSINESS WIRE)--X-ray is often the first imaging tool used in busy facilities where efficiency is a top priority – along with patient care. With the launch of Canon Medical Systems ...
WAYNE, N.J. and CHICAGO, Nov. 30, 2025 (GLOBE NEWSWIRE) -- Today at the 2025 Annual Meeting of the Radiological Society of North America (RSNA), Konica Minolta Healthcare Americas, Inc., announced the ...
Siemens Healthcare has announced it has received FDA clearance for a new digital radiography system, according to a news release. Features of the Multix Fusion digital radiography system include a ...
Dear Buyer's Guide Update Member, This very first edition of the DrBicuspid Buyer's Guide Update examines cone-beam CT and radiography systems (analog and digital) and software. Cone-beam CT offers a ...
With the steady progression of technology, the digital versus film debate in dental radiography seems all but settled with digital as the victor as it is increasingly adopted. But researchers in Saudi ...
The "Advanced Technologies that Enhance Integrated Workflow, Productivity, Patient Safety, and Detection Capabilities Drive the Global Digital Radiography Market" report has been added to ...
Digital radiography is becoming more commonly used in the dental practice. 1 You may already have digital radiography operating in your practice or may it not be something that you have yet come ...
Modern digital images are composed of nearly a million individual points of light that create the illusion of continuity. On a macroscopic scale, this effect is seamless. However, for demanding ...
General Electric Co. has won a five-year $78 million contract to create digital imaging archiving and communication systems for the Defense Logistics Agency, the Defense Department announced March 27.
Computational imaging systems face a fundamental challenge: real-world hardware never matches theoretical models. Manufacturing tolerances, alignment errors, optical aberrations, sensor noise, and ...