VistaVox S and VistaVox S Ceph: taking 3D diagnostics to the next level

VistaVox S and VistaVox S Ceph: taking 3D diagnostics to the next level

  • Categories: Imaging, X-Ray Imaging

VistaVox S combines diagnostic reliability with efficiency and lower radiation exposure

Ideal imaging volume, easy positioning, high image quality: VistaVox S represents a milestone in the field of 3D X-ray systems. Thanks to its unique technology, the 3D images generated with this system cover everything you need for reliable diagnoses, well-founded treatment decisions and convincing patient communication. The S-Pan technology of the VistaVox S generates pinpoint accurate OPG images in best DÜRR DENTAL quality.

 

VistaVox S offers an ideal 3D volume that is adapted to the jaw arch

The special feature of VistaVox S is that its imaging volume is based on the human anatomy, representing precisely the area you need for diagnostics in the dental region.

 

VistaSoft 3D

VistaSoft 3D offers different views for your diagnosis of CBCT images: pano views, transversal layer images (TSA) and multiplanar reconstruction (MPR). Naturally, the VistaVox system includes VistaSoft as an unlimited network licence and a floating licence for three 3D workstations.

 

S-Pan technology: extremely sharp images for even more reliable diagnostics

With S-Pan technology, the image regions that best correspond to the actual patient anatomy are automatically selected from a large number of parallel layers. The result is an image of impressive clarity, in which you will be able to immediately and effortlessly locate all anatomically relevant structures. Since the reconstruction is aligned to the actual position of the bite, incorrect positioning is compensated for to a certain extent. This saves time for the surgery and prevents the patient from having to have repeat images taken.

 

VistaVox S Ceph: 3-in-1 X-ray system

In addition to the various CBCT volumes and the 17 panoramic programs, VistaVox S Ceph also offers six modes for all types of cephalometric exposures. The very short scan time starting at just 1.9 seconds helps to avoid motion artefacts and to reduce the radiation dose. The modern high-sensitivity CsI sensors enable excellent image quality.