With the development and evolution of new surgical, implant, and orthodontic techniques, the need arose for more sophisticated radiological examinations capable of visualizing anatomical structures in three dimensions. Attention has therefore turned to more complex examinations, which require modern dental radiology equipment (ConeBeam CT), which no longer allows for the acquisition of just two-dimensional images, but also three-dimensional ones, drastically reducing the emission of x-rays. Read anatomy to work at your best These new technologies provide important data that the dentist can use to design and plan each phase of the treatment to be performed. 3D imaging provides a true-to-life representation of the patient's anatomy, viewable from any direction. All 3D imaging systems are computed tomography (CT) systems that use computer algorithms to translate a sequence of tomographies into three-dimensional views: two-dimensional “slices” of the structure to be imaged. TVD: Technological Evolution in Dentistry Digital Volumetric Tomography (DVT), like Computer Axial Tomography (CT), provides three-dimensional images. By rotating the x-ray axis, up to 720 images are generated; using a reconstruction algorithm it is transformed into a 3D volume. The result is a cylinder of data that allows for cuts in any direction. Depending on the chosen model, the size of this 3D volume (FOV - Field of View) varies. The dose emitted by a TVD system is significantly reduced compared to a CT system (with a 1:20 ratio depending on FOV size and instrument type). Advantages of TVD systems -TVD instruments can be installed in dental offices. -Reduction of Rx dosages (1-20 ratio according to FOV and instrument). -3D vision software, including 3D volume. -1:1 measurements, no calibration needed. -Archives in DICOM 3.0 (standard format), compatible with other planning and legal guidance programs.
The use of 3D systems for planning and diagnosis is applicable in various dental fields. Precise 3D/2D images are primarily generated for diagnosis, anatomical structures (mandibular canal, foramen, nasal structure, sinuses, bone insertions), pre-implant planning, and control.
The first dental ConeBeam that halves radiation
• Exceptional diagnostic quality thanks to the size of the FOV
• Magic PAN for perfect panoramas
• Cephalometric image
• Scanning and One-Shot
• Double sensor with Auto-Switch
• Simple and immediate software
• MultiFOV System
• Green CT-low dose X-ray
• New patient positioning system
• Ultra-fast volumetric acquisition
• patient comfort, reduction of artifacts.
ONE SHOT OP/OS 
Great care of the clinical image with Pax-i 3D Green
Flexible management possibilities thanks to multi FOVs
The Pax-i3D Green provides MULTIFOV imaging with a variable range from 5x5 to 16x10.
By selecting an appropriate FOV size, you can obtain the optimal image for your diagnostic needs, reducing unnecessary X-ray irradiation to the patient.
Magic PAN Highest quality images Ensure high-quality panoramic images thanks to an exclusive algorithm that obtains a perfect panorama by extrapolating the image sectors with the highest quality. Self-supporting foot An extraordinary solution that reduces assembly times, avoids any impact on the dental environment and does not cause alterations or modifications to the environments, all while also guaranteeing significant induced savings. Thanks to the exclusive Pax-i 3D Green technology, it is able to combine high diagnostic volumes (16x10) with emissions reduced by 50%.
Furthermore, the latest generation sensors used on board Pax-i 3D Green guarantee unparalleled image quality with a scanning time of 5.9 seconds!