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Trident X-VIEW 3D CBCT

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3D VOLUMETRIC IMAGES WITH VARIABLE FOV

 

CBCT technology provides volumetric HD images (up to 65 μm), obtained in a single scan to minimize exposure to rays, with multiple FOVs that allow capturing fine details of specific areas for in-depth analysis.

The FOV is set according to the ROI and analysis needs and ranges from a minimum of 5x5cm to a maximum of 11x11cm

PRODUCTS

The most advanced CBCT technology to acquire volumetric images with a single scan and less radiation dose

X-VIEW 3D system combines the latest advances in digital radiology with a clean and compact design to obtain high resolution 3D images of the dental structures, soft tissues, nerve paths and bone in the craniofacial region.

Available in two models:

 

PRECISE DIAGNOSTICS
Images obtained with X-VIEW 3D cone beam CT allow for more precise diagnostics.

ACCURATE IMAGES
Thanks to its evolved functions, trajectories, and collimations applicable to each exam, images are full of details and contrast.


HIGH CONNECTIVITY

The software offers a wide range of tools to manage the images allowing to efficiently save, export and share files.

LOW RADIATION DOSE
The high frequency generator and the pulsed emission adjust the exposure adapting the dose to the dimensions of the examined area without compromising image quality.

GO-GREEN AND SAFE PACKAGING
Thanks to the new detachable column, the unit is safely packed using only one triple wall corrugated 120 * 80 * h120 cm cardboard box. It is a sustainable packaging manufactured with materials and techniques that reduce both energy consumption and the harmful impact of packaging on the environment.

FOV 5 X 5
 

65 micron maximum resolution for detailed images of small areas comprising upper / lower, right / left, front / back teeth, dedicated to performing endodontic analysis and implant treatments. The use of small FOV has been increasingly indicated because it enhances image quality and reduces X-radiation dose

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BROCHURE
TECHINICAL INFORMATION
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The Metal Artifact Reduction (MAR) algorithm is a software function that recognizes the metal elements present in the images and automatically generates an additional set of images with a better yield, for clearer vision and minimized artifacts.

MAR ALGORITHM TO REDUCE CBCT ARTIFACTS

 

 

 

 

 

 

 

 

 

 

Axial images with metal artifact reduction (MAR). The scan parameters were as follows: tube voltage 73 kVp; voxel resolution 0.121 mm; field of view 90×90  mm; tube current mA 6.7; scan time 12.2s.

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7-INCH COLOR TOUCHSCREEN

Operators can quickly access and interact with the unit. The control panel allows easy navigation with minimal effort and time allowing smooth use as the user can easily move between the different options.

• The LCD screen facilitates direct interaction with the unit

• Ideal screen size clearly displays icons and messages

• The menus are very easy to navigate. Universally recognized icons indicate available functions, parameters and options

• All instructions are multilingual and with a simple and easy to understand construction

• On-screen commands simplify the choice of patient and exam type, exposure parameters, movement speed, and patient position

REMARKABLE FEATURES

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