Imaging Mobility Made Possible.
Imaging Mobility Made Possible.
Smooth and Smart Mobility.
Mobirex i9
The Mobirex i9 has a very compact design and small footprint which makes it easy to maneuver through the hospital. It has excellent forward visibility and requires limited space for storage.
Mobirex i9 is powered by Canon's next generation digital wireless and imaging software.
Telescopic column and arm
Extendable and retractable telescopic arm allows easy access to the patient.
Extendable and retractable column minimizes blind spots during movement.
Safety is improved since it is not necessary to check the screen during movement and operation.
Fine positioning capable
The fine positioning buttons allow components to be operated simultaneously.
Positioning operation can be conveniently performed from either side of the column.
On the tube head, there are two small movement buttons to access fine positioning of the unit during bedside positioning.
Mobility and maneuverability
Power assist technology makes the system travel smoothly and supports effortless positioning.
Innovation with Digital Technology
Innovation with proven image quality
Mobirex i9 is powered by Canon's next generation digital wireless and imaging software.
The ultra-lightweight, waterproof detectors with integrated battery and image storage can be used on the system or shared with others.
Built-in AEC Assistance3
The CXDI Elite series allows for automatically terminated exposures without the use of an additional receptor (ion chamber, solid state paddle, etc.).
- There are 5 or 9 AEC Regions of Interest (ROI) depending upon model.
- This FPD can detect the accumulated pixel value corresponding to received X-rays in real time at each AEC ROI and notify the X-ray generator when the pixel value reaches the preset value.
- This function works via both wireless and wired communication, which enables the optimization of X-ray dose without an external AEC sensor, even in free- position imaging such as bed side.
Optimum image quality, minimum dose
Offering high resolution with a 125µm pixel size, diagnostic capability is improved.
Furthermore, combination with the CsI-based high-sensitivity FPD allows images to be acquired at lower dose levels than before.
Instant reproduction of imaging data
Images can be displayed on the main unit monitor about two seconds after radiography.
Acquired images can be confirmed immediately, which supports efficient examinations.
In the event of an error during radiography, imaging can be performed again on the spot.
Maximum information, minimum effort
Dynamic range adjustment processing allows images to be obtained with stable brightness over the entire imaging area. Moreover, the Advance Edge Enhancement function helps the region of interest to be observed more easily, and scatter-correction processing realizes high-contrast imaging with improved granularity. Therefore, it is possible to fully leverage data from acquired images.
