Benefits
We designed our digital mobile X-ray system, AMX 240, with these complex care areas in mind. Its high-resolution 100 micron digital detectors, FlashPad™ HD, enable you to see fine details with exceptional contrast.
Technology that adapts to the environment you need it in
AMX 240 includes two different detector sizes. They are thin, light and can be used with your surgical table to quickly get the image you need. In most cases, you can slide the 14-inch by 17-inch detector directly in the surgical table or position with accessory positioners. Its unique, adaptive, wireless technology enables automatic channel switching to improve image transfer and avoid wireless interference with other surgical equipment on the hospital network.
Listen to your peers
AMX 240 - Elevating the way you work with quick workflow solutions

- AutoGridEquivalent image contrast to a physical grid
- Critical Care SuiteEmbedded Artificial Intelligence for triaging a critical finding.
- HIS RIS LinkOn the go exam close out
- QuickChargeDual detector in-bin charging
- QuickConnectAdaptive wireless connectivity
- QuickEnhance1-touch custom image reprocessing for line placement and more
- QuickShareHassle free sharing and paring of multiple wireless detectors
- Secondary MonitorFlexible positioning and viewing in critical care areas
- RFID Badge AccessEasy swipe RFID badge log-in and log-off capability
Get the diagnostic clarity you need from that first X-ray
- Up to 40% improvement in detectability of fine structures²
- Extraordinary anatomical detail at low dose in every X-ray image
- Consistent brightness and contrast
- Quadruple your resolution
- Exceptional dose-efficiency for your tiniest patients (and the large ones too)
- Excellent handling of metal implants
AMX 240 Image Gallery
Data isn’t just about looking backwards. It helps you plan the future.
Ready when you are
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2. Source: GE Healthcare whitepaper: High resolution for improved visualization. November 2017 Baker et al., 2013 ; Rosso et al., 2002; Kumar et al., 2003 ; Roll et al., 2012