A next-generation, self-contained, battery-operated mobile radiographic digital X-ray imaging system is designed for performing radiographic exams at the point-of-care when it is not safe enough or suitable to move the patient to the radiography room.
Based on GE Healthcare’s (Chalfont St. Giles, UK) AMX range of mobile X-ray systems, OptimaXR220amx is a new, portable system with wireless FlashPad, a next-generation wireless digital detector. The user gains the productivity, image quality, and functionality of a radiology room at the point of care.
The Optima XR220amx enhancements over its predecessor include 24/7 availability—the system remains on standby and is ready to work even while charging. No boot-up is required. Uninterrupted work results from the Smart Charge automatic-charging algorithms; the system can recharge and continue taking exposures. The wireless digital detector, FlashPad, automatically charges while stowed in its bin so that technologists can maintain focus on patient care. The system also provides abundant storage, with plentiful space to store tape, pens, wipes, markers, with roomy storage trays. The detector FlashPad utilizes a carbon-fiber housing that protects an internal floating sub-assembly to help make it durable.
Related Links:
GE Healthcare
![Image: Probability map of the brain regions activated in functional magnetic resonance imaging (fMRI) by a silent sentence production task in a group of 144 right-handed individuals. The color scale indicates the percentage of subjects with significant activation in this area during the task (green: 50%, blue: 65%, red: 80% or more). Note the high asymmetry of the map in favor of the left hemisphere) [Gauche = Left, Droite = Right] (Photo courtresy of Groupe d\'Imagerie Neurofonctionnelle, CNRS/CEA/Université de Bordeaux, France).](http://www.medimaging.net/images/stories/articles/article_images/2014-07-22/JQR-561.jpg "Image: Probability map of the brain regions activated in functional magnetic resonance imaging (fMRI) by a silent sentence production task in a group of 144 right-handed individuals. The color scale indicates the percentage of subjects with significant activation in this area during the task (green: 50%, blue: 65%, red: 80% or more). Note the high asymmetry of the map in favor of the left hemisphere) [Gauche = Left, Droite = Right] (Photo courtresy of Groupe d\'Imagerie Neurofonctionnelle, CNRS/CEA/Université de Bordeaux, France)."){kind=small}
06 Aug 2014 - 08 Aug 2014
15 Aug 2014 - 17 Aug 2014
30 Aug 2014 - 03 Sep 2014
Client Login