MRL1417

MRL1417, Front View of GOS or CsI Wireless Mobile Medical Digital X-ray Image Flat Panel Detector (e-Join)

MRL1417, Left View of GOS or CsI Wireless Mobile Medical Digital X-ray Image Flat Panel Detector (e-Join)

GOS or CsI Wireless Mobile Medical Digital X-ray Image Flat Panel Detector

Film and Computed radiography (CR) are both dependable imaging technology, but with many steps in their processing to decrease productivity. Incorporating all important functionalities for digital X-ray room upgrades from existing analogue or CR system to cassette-type direct radiography (DR) system, the wireless mobile medical digital x-ray image flat panel detector MRL1417 is the value model with high-quality images by Cesium Iodide Scintillator (CsI) or Gadolinium Oxysulphide Scintillator (GOS). The self-powered and rechargeable detector wirelessly transmits digital images to the capture console. From the console, images can quickly be forwarded to the printer, PACS medical archive and other network destinations after viewing and manipulation. Its full digital technology eliminates steps in the process to accelerate the workflow, and to reduce tech fatigue especially in mobile imaging and tabletop exams.

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Basic Parameters

◊ Detector Technology: Amorphous Silicon
◊ Scintillator: CsI, GOS
◊ Active Area: 14 inch × 17 inch
◊ Pixel Pitch: 139 μm
◊ AD Conversion: 16 bits
◊ Pixel Matrix: 2,560 × 3,072
◊ Spatial Resolution: 3.6 lp/mm
◊ Full Image Time: 2 s (Wireless)

Features

■ IPX1 waterproofing for superb reliability.
■ Functional LED lights to indicate immediate detector status.
■ One battery (8 hours of operation) or two (maximum 16 hours of operation).
■ Battery hot swap capability for a quick battery change without detector downtime.
■ Designed specifically for specialty practices such as chiropractic, orthopedic and veterinary, pediatric and neonatal imaging, bariatric, extremities, military, etc.

Instant Digital Retrofit

♦ Balanced presentation of both soft tissue and overlapping bone structures.
♦ It’s more comfortable for techs to transport, especially when making rounds.
♦ Productivity gains, more patients imaged in less time, potential space savings and higher utilization of fixed machines.
♦ Ergonomic design minimizes accidental bumps, drops, and slips, and flexibly allows for greater positioning, especially with bed-ridden patients.