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Software of the imaging centre "3D Lab"

We use specialized programs such as Romexis viewer (Planmeca), iDixel (Morita) and Xelis Dental (Infinitt) to work with the X-ray images. The capabilities of these programs allow storing data of all the X-ray examinations for each patient, referring to them for comparison (before and after treatment scans), building cross-sections of necessary thickness and direction, performing three-dimensional reconstructions and making accurate measurements. Modules of processing data of CBCT scan have modes for removing artifacts.

View of CBCT scan in the program Romexis
View of CBCT scan in the program Romexis
The construction of the panoramic reformat
The construction of the panoramic reformat
The cross-section mode for dental  implant placement
The cross-section mode for dental implant placement
Archive of patient X-ray examinations in Romexis
Archive of patient X-ray examinations in Romexis
Working with CBCT scan data in the program Xelis Dental
Working with CBCT scan data in the program Xelis Dental

We use the programs of leading manufacturers such as SimPlant, NobelGuide, Implant-Assistant for virtual dental implant planning and preparation CT scan data for fabrication of surgical guides and STL-models in our laboratories.

We do not fabricate surgical guides and STL-models but you can use our CT scans for this purposes as we convert them to necessary formats.

The program Dolphin (Dolphin Imaging) is used to perform cephalometric analysis prior to orthodontic treatment. Dolphin also allows restoring specific projections of TRG from CBCT scan data as well as simulation of treatment.

Simulation of treatment in Dolphin
Simulation of treatment in Dolphin

Working with 3D-photos, their combination with CBCT data and orthognathic surgery planning are performed in the programs SimPlant OMS, Dolphin and 3dMD-Vultus.

The combination of 3D-photo and CT scan data in SimPlant OMS
The combination of 3D-photo and CT scan data in SimPlant OMS
Osteotomy planning in Simplant OMS
Osteotomy planning in Simplant OMS