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 three models:
Achieve flawless images with the innovative features integrated into X-VIEW 3D PAN, for outstanding results.
X-VIEW 3D PAN offers multiple Field of View (FOV) options, while maintaining a standard dose for patient safety.
Experience precise imaging with customizable FOV settings that provide detailed visuals without compromising on radiation exposure.
X-VIEW 3D PAN offers a larger field of view (FOV) for the same radiation dose, effectively reducing the dose per scan.
Benefit from wider image coverage without increasing radiation exposure, ensuring greater diagnostic accuracy with optimal patient safety.
Ideal for those seeking the highest quality in terms of high definition, although it requires more storage space.
It represents an optimal compromise between image quality and file size.
A particularly lightweight version offering good image quality.
| DOSE | FOV | VOXEL SIZE | ||
|---|---|---|---|---|
| cm | RESOLUTION | |||
| STD | HIGH | WLF | ||
| STANDARD | 5×5 | 65 | 50 | 98 |
| 9×9 | 176 | 118 | 352 | |
| 6xØ11 | 215 | 143 | 430 | |
| 11×11 | 215 | 143 | 430 | |
| REDUCED | 5xØ6 | 195 | 50 | 390 |
| 9xØ11 | 176 | 118 | 352 | |
| 6xØ14 | 215 | 143 | 430 | |
| 11xØ14 | 215 | 143 | 430 | |
Deep-View is a modern imaging software designed by Trident to efficiently acquire, organize, store and share digital images.
The suite is a complete and integrated software for intuitive navigation with several advanced features to obtain and manage thousands of high-definition images for more accurate diagnosis.
Xelis is a professional tool to perform 3D implant simulation directly on the PC. The software allows the user to simulate the position of implants, identify the mandibular canal, trace panoramic views and sections of the bone model, view the three-dimensional bone model and calculate bone density. Doctors can easily and safely plan implant-prosthetic surgery.
The PC for X-VIEW 3D comes with Deep-View software + Xelis Basic software installed. The computer is configured from the factory in every single detail. The calibration files are already provided, so the user does not have to manually install them or even manipulate the computer with instructions for operation, avoiding complicated calibrations on site, after the installation, or during the unit useful life.
The ergonomic design ensures that the patient is not enforced to use awkward postures and can easily achieve the correct positioning.
The specially designed tools assist patients, during the acquisition process, to maintain their position avoiding errors in the procedures.
X-VIEW 3D PAN adapts to all sizes and types of patients, the linear and open design facilitates access for wheelchair users.
The LCD display enables users to directly interact with the unit.
Menus are very easy to navigate.
Universally recognized icons indicate available functions, parameters, and options.
All instructions are multilingual in a friendly language that guides the user fluently through the different options.
X-VIEW 3D ONLY is perfect for doctors seeking simplicity and efficiency. With essential functions and straightforward operations, a single click is all it takes to obtain sharp and detailed 3D images.
X-VIEW 3D ONLY provides the following display modes apart from basic orthogonal views:
X-VIEW 3D PAN is a 2-in-1 optimized solution that ensures a fast scanning experience (from 2.4 to 15.5 seconds) for a wide range of dental 2D panoramic and 3D images. Designed specifically for orthodontists, endodontists and implantologists, this unit is an effective tool for medium to large dental offices.
This cutting-edge CBCT 3-in-1 system enables oral health professionals to conduct a wide range of examinations.
Alongside its outstanding 3D imaging capabilities, the X-VIEW 3D PAN CEPH features functionalities for 2D panoramic and cephalometric radiographs.
