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X-VIEW 3D PAN

Trident introduces the most advanced CBCT- Cone Beam Computed Tomography- technology to acquire volumetric images of dental structures, soft tissues, nerve paths and bone in the craniofacial region with a single scan.
X-VIEW 3D PAN system combines the latest advances in digital radiology with a clean and compact design to offer complete and affordable imaging solutions.
Available in three models:
X-VIEW 3D ONLY

This is the best unit for doctors who only want 3D images. FEW OPTIONS, NO EXCESSIVE FUNCTIONS, only volumetric HD images.
A single click is enough to acquire sharp and detailed 3D images for more reliable and accurate diagnostics, treatments and follow-ups.

The two software, Deep-View + Xelis, allow intuitively working on the volume (cutting, measuring bone density, root depth, analyzing the mandibular canal) responding to the doctor’s requirements for specialized procedures in endodontics, orthodontics, Implantology and maxillofacial surgery.
  • CMOS Flat panel sensor
  • Pixel size 100 µm
  • Real FOV 9×9 cm
  • Voxel size 120 µm
  • Easy installation and maintenance
The functionality of X-VIEW 3D Only includes a reconstructed panoramic image obtained from a CBCT dataset and reformatted within the software. Software reformatting provides a series of useful images from a single acquisition (3D volumes, 2D slices through anatomy of interest and 2D panoramic images).

Benefits for doctors and patients:

  • Use of appropriate image size or field of view
  • Minimizing patient radiation exposure

X-VIEW 3D PAN

X-VIEW 3D PAN is an efficient two-in-one solution to obtain in fastest scanning time (from 2,4 to 15,5 s) a wide range of dental 2D panoramic and 3D images, specially dedicated to practitioners in orthodontics, endodontics and implantology.
This unit was developed to provide medium to large dental offices with a working tool that enables doctors to efficiently manage the clinic workflow.

CMOS flat panel sensor

The following FOVs are available:
– Single FOV 9×9 cm
– Single FOV 11×11 cm
– MultiFOV 11×11, 9×9, 6×11, 5×5 cm

Pixel size 100 µm
Voxel size 65-140 µm
15×30 cm adult 2D PAN images
13×30 cm children 2D PAN images
Volumetric images
CEPH Upgradable

  • Evaluates the detailed morphology of the bone tissue
  • Explores the maxillary sinuses
  • Detects dental anomalies
  • Determines the protocol for extraction of impacted teeth
  • Diagnoses temporomandibular joint pathologies
X-VIEW 3D PAN CEPH
This is the most complete model of the X-VIEW family. Along with its exceptional 3D imaging capabilities X-VIEW 3D PAN CEPH features 2D digital panoramic imaging and cephalometric analysis.
In addition to the multiple functions that X-VIEW 3D PAN performs, this model is equipped with a CEPH arm and our brand new DR digital flat panel, to obtain the most complete 3-in-1 unit, to meet every need.

CMOS Flat panel sensor for 2D and 3D images

The following FOVs are available:
– Single FOV 9×9 cm
– Single FOV 11×11 cm
– MultiFOV 11×11, 9×9, 6×11, 5×5 cm

Pixel dimension 100 µm
Voxel dimension 65-140 µm

DR CMOS flat panel sensor with single shot technology for Cephalograms

  • Volumetric images
  • 15×30 cm adult 2D PAN images
  • 13×30 cm children 2D PAN images
  • 24×30 AP and LL Cephalograms
  • Carpus Images

Italian Design

Experience and innovation in every single detail

The clean and classic Trident design joins  the most advanced digital image acquisition technology to create an extremely efficient unit with an elegant and refined appearance.

No bulky shape. X-VIEW 3 D PAN structure neither clutters nor visually pollutes the work environment since its stylized design perfectly fits in the studio,  even in reduced spaces.

The detachable column system allows an easy installation and transport.

The complete unit including the arm for cephalometry and the dedicated panel for cephalograms weighs 135 Kg.

HIGH TECHNOLOGY FOR IMAGES ACQUISITION
X-VIEW 3D PAN captures data using a cone-shaped X-ray beam dedicated to dental field. Thanks to the CBCT technology X-VIEW 3D PAN provides doctors with 100 μm resolution images obtained in a single scan reducing exposure to rays.

X-VIEW 3D PAN uses the most advanced technology to acquire HD 2D, 3D volumetric images and cephalograms:

  • Two CMOS Detectors,
  • MAR algorithm,
  • Pulsed mode DC X-Ray generator.
Two detectors for workflow optimization
CMOS (Complementary Metal oxide semiconductor) sensor for 2D and 3D images
This is a high-performance sensor which excel by the high frame rates and outstanding image quality thanks to:
  • High saturation capacity that allows for longer exposure times.
  • Lower dark noise
  • High dynamic range to give more detailed image information.
  • Maximum signal-to-noise ratio
  • Requires low power to operate
  • Offers High-speed readout
CMOS DR (Digital Radiography) detector for Cephalograms
DR is the highest quality technology available to obtain sharp images:
  • Better contrast
  • More details and filtering
  • No background disturbance
  • Exposure time:200-500ms
  • Reading time: immediate
  • Detector-PC image transmission: 2sec
  • Calibration Method: easy intuitive and manageable from remote
Two detectors increase the performance of X-VIEW 3D PAN since they:
  • Reduce the risk of damages and prolong the useful life of the unit.
  • Provide high-speed workflow for doctors and radiologist and speeded-up patient management.
  • Provides great Image accuracy
  • Offers rapid scan time

MAR algorithm to reduce CBCT artifacts

The presence of image artefact is a deviation between the reconstructed image and the real content of the studied object. The most prominent source of artefact is beam hardening, which is accentuated in the presence of titanium implants, amalgam restorations and metallic prosthesis.

The MAR algorithm is applied in the process of image reconstruction and reduces image distortion such as darkened areas caused by losses of gray values and bright streak artifacts. The amount of artifact varies depending on the type, shape, and size of dental materials. It is also affected by the scanning conditions such as tube voltage, tube current, field of view (FOV) and voxel size.
The Metal Artefact 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.
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, 12.2 s.
Pulsed DC X-Ray Generator

The high frequency generator of the X-VIEW 3D PAN produces very good quality X-rays for images with low noise and reduced dose to patients.

This high frequency generator emits rays in sync with the sensor, avoiding useless rays when the sensor is transmitting the image, which notably reduces the dose to the patient (by around 30%) the generator stress and the unit’s consumption.

Ceph single shot technology

Single shot technology has the ability to significantly reduce exposure time without negatively affecting image quality, capturing images in no time.

Single shot technology eliminates prolonged radiation exposures or blurry images, and prevents complications that arise from motion when scanning images.

ADVANCED SOFTWARE TECHNOLOGY
DEEP-VIEW software for 2D images and cephalograms
Deep-View is a modern imaging software designed by Trident to efficiently acquire, organize, store and share digital images. It has a wide range of integrated functions to improve the diagnostic capabilities and enhance the office workflow:

Multiple database management
Easy images acquisition device configuration
Advanced image filters
Wide choice and customization of templates for Full Mouth Series exams
Simulation of implant measurement and medical reports with teething preview
Voice guidance option for image acquisition
Images import/export in DICOM and other graphic formats: .jpg, .png, .bmp
Printing images with layout customization

Deep-View image suite works with all Trident digital imaging products

Efficient

Save time, optimize files’ management, and speed up the workflow.

Easy to Use

Run the amazing features of Deep-View in a few simple steps.

Multiplatform

The interface innovative design makes Deep-View easy to use in multiple devices.

Secure

Advanced cryptography techniques ensure data protection.

DFO: Dental – Facial – Orthopedics
Trident offers, as an optional, this functional tool for orthodontic tracing and cephalometric analysis.

Just run DFO and set all the points needed to complete analysis which will be automatically calculated and drawn on the screen.

With DFO it is easy to perform all kind of analysis in less time.
Find out the available features:

Differential Analysis
Orthodontic Analysis
Images stored in DICOM format
Interactive Tutor

Optional Modules:
  • VTO
  • STO
  • Hand X–Ray
User setup
Analysis in different colors
Automatic zoom & filters
XELIS – Dental Implant Planning Software
Xelis Dental is ideal for implant treatment planning and post-procedure follow-up.
Xelis features advanced functions that allow perfect results:
  • Implant planning
  • Positioning of the crown
  • Tracing of the mandibular nerve
  • Bone density assessment
  • Surface, distance and angle mixing
  • Complete implant library
  • Sharing information on the network
  • Export cases to USB key
  • Export in STL format

Available in two versions, Advanced and Basic.

ADVANCED VERSION
  • DBM Xelis Dental Database
  • Basic 3D Toolbar including Measurement Tools, MPR, Cross Section.
  • Advanced Toolbar including Canal Draw, Implant Simulation, Utilities
  • STL export.
  • CD/DVD/USB export Image to external storage.
  • Batch Print. One click Image Batch Print (Axial, Panoramic, Cross Section)
  • DLB – Dynamic Lightbox
  • Image stitching
  • Report – Captured Image Management and Report Generation
  • DICOM Print and CD burning
  • Multi User. Up to 10 users
BASIC VERSION
  • DBM Xelis Dental Database.
  • Basic 3D Toolbar including Measurement Tools, MPR, Cross Section.
  • Advanced Toolbar. Canal Draw, Implant Simulation, Utilities.
  • Multi User. Up to 10 users

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 advanced functions of Xelis allow to evaluate the quality of the bone  and the adjacent anatomical structures, needed to define the best implant and the correct insertion axis.

IMAGES WITH HIGH DIAGNOSTIC VALUE

This modern CBCT three-in-one system enables doctors to perform every kind of exam:
3D IMAGING

Volumetric 3D
Dentition
Left/Right TMJ
3D Sinus

2D PAN

Standard Panoramic
Optional Panoramic

CEPH

30 x 24 cm PA/LL cephalograms
Carpus images

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 5 x 5 cm to a maximum of 11 x 11 cm.

2D High definition panoramic images that cover a wider area than a conventional intraoral X-ray providing valuable information about the maxillary sinuses, tooth positioning and other bone abnormalities.
The panoramic programs provide a precise definition of the dental anatomy in just 15 seconds allowing:
  • Overall evaluation of dentition
  • Examine for intraosseous pathology, such as cysts, tumors, or infections.
  • Gross evaluation of temporomandibular joints
  • Evaluation of position of impacted teeth
  • Evaluation of eruption of permanent dentition
  • Dentomaxillofacial trauma
  • Developmental disturbances of maxillofacial skeleton
Standard Exams
30 x 15 cm adult panoramic
30 x 13 cm child panoramic
  • Adult/Child Standard Panoramic
  • Adult/Child Hemi Panoramic
  • Frontal Dentition
  • Closed/open mouth TMJ
  • Left/Right TMJ
  • 2D Sinus
  • Dentition
Optional Exams
  • Reduced Dose Panoramic
  • Improved Orthogonality Panoramic
  • Right Bitewing
  • Left Bitewing
  • Right and Left Bitewing
CEPH Funcion
A Cephalometric arm and a dedicated DR CMOS flat panel with single shot technology complement the structure of this unit to deliver high resolution
  • Describe the patient’s dento-facial morphology
  • Quantitatively describe the morphological deviations
  • Maxillofacial surgery
  • Airway analysis
  • Classification of skeletal and dental abnormalities
  • Evaluation of treatment results
  • Predicting growth related changes
  • Orthodontics diagnosis and treatment plannin
High resolution and extremely precise cephalometric images with short scan time
  • 30 x 24 cm PA/LL cephalograms
  • Carpus images

AP and lateral cephalograms provide useful information for orthognathic  surgical planning, facial asymetry correction,  maloclussion and orthodontic treatment.

Anteroposterior images (AP)

The AP cephalogram helps to establish the relationship of the horizontal occlusal plane to the skull base.

Latero-lateral images (LL)

Shows the dental relationships revealing the tilt of the occlusal plane;  it  is used to establish the forward projection of the nasion, subnasale, and gonion.

Carpus image

Bone age analysis is used in radiology to verify the biological and structural maturity of infant patients from the appearance of the hand and wrist.

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.
QUICK AND EASY PATIENT POSITIONING

The ergonomic design ensure 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 CEPH adapts to all sizes and types of patients, the linear and open design facilitates access for wheelchair users.

Motorized lifting,  double laser and mechanical supports

The motorized lifting with two speeds makes patient positioning easier than ever. The quick movement allows adjustment of the unit to the patient height; with the slow movement a precise alignment is achieved using the laser.

Two laser lines trace the references of the area of interest, while the mirror located in front of the bite-block helps patients to control their position.

The bite block centers the teeth by aligning the arches, positioning the incisors on the focal plane, and allowing vertical symmetry.

GO-GREEN and safe packaging

Thanks to the new detachable column, the unit is safely packed using only one triple wall corrugated 120 * 80 * h 120 cm cardboard box.
It is a sustainable packaging, using materials and manufacturing techniques that diminish energy use and reduce the harmful impacts of packaging on the environment.

Advantages of the triple wall corrugated carton:

  • The packaging was designed to support considerable weights in its corrugated frame.
  • Although the box is lightweight, it can support a large weight, reducing transportation costs.
  • The triple wall will absorb any potentially damaging collisions, abrasions, and temperature changes.
  • 100% recyclable and totally reusable.
  • Every single box is dispatched with a ShockWatch Impact Label, visible “red alert”, to indicate if mishandling has occurred during transportation.