We live and treat patients in a three-dimensional world, so there’s always a bit of problem when using two-dimensional imaging for diagnostics and treatment planning. Sure, 2D intraoral and panoramic radiographs provide a wealth of diagnostic detail and clinical information, but there’s only so much that can be derived from a 2D capture of a 3D structure.
We live and treat patients in a three-dimensional world, so there’s always a bit of problem when using two-dimensional imaging for diagnostics and treatment planning. Sure, 2D intraoral and panoramic radiographs provide a wealth of diagnostic detail and clinical information, but there’s only so much that can be derived from a 2D capture of a 3D structure.
This is where Cone Beam Computed Tomography-better known as CBCT or Cone Beam imaging-offers a vast improvement. These computer-assisted images use a series of captured radiographic information to build an accurate 3D model of a patient’s internal structures, including teeth, bones, nerves and more. With a digital 3D model that can be measured, rotated and integrated with other digital dental applications, a clinician can more accurately diagnose a range of conditions, more precisely plan treatments and more confidently provide care to patients.
These detailed images generally require a greater radiation exposure for patients, so they shouldn’t be taken without a clinical reason. However, when the appropriate clinical situation presents itself, a CBCT image can be a pathway to a higher standard of clinical care.
Click through the slides to see the products.
X-Mind® prime
A lightweight , compact , wall-mounted system that can fit into the smallest of spaces
Combines 2D and 3D technologies, and with the use of a single sensor, the practitioner can quickly and easily switch between modes
Offers a wide range of panoramic (24) and CBCT (32) options, covering many clinical applications, including implantology, endodontics, TMJ and sinus imaging
Video cameras provide live positioning feedback on the built-in SmartPad
Metal artifact reduction algorithms (CS MAR) are included, which reportedly lead to better image quality and allow users to compare images live and without a filter
The 120 kV high-power generator captures images at a dose equivalent to the standard 90 kV acquisition but with increased image quality
With its patented design, it’s said to allow for one of the smallest footprints available
Equipped with core components manufactured in-house, it has dedicated sensors that automatically switch for each mode (panoramic, cephalometric, CBCT) for convenient use.
The PAPAYA 3D unit provides a wide range of field of view (FOVs) from 4x4 cm up to 14x14 cm
The Dentri family of CBCT is said to be renowned for its crisp, ultra-HD imagery and the Dentri a series is designed for clinicians to see more and treat more
“Ongoing “ software technology development is said to create striking contrast and sharp images
Provides a field of view of 16x14.5 cm, allowing for expanded views of the facial structures, sinus, TMJ and dentition
Even with X-era’s largest FOV size (156x79 mm), a full 360-degree 3D scan reportedly takes as little as 12 seconds, reducing the risk of patient movement
Incorporating one of the smallest focal sizes in the industry, 0.2 mm, ultra high-definition images with less blurring are said to be created
Switching between panoramic and 3D is easy, as is positioning the patient with a 55-degree arm angle
Light and compact, with technology that generates 80 µm high-definition data in a single scan
The MultiFOV feature adapts the X-ray dose and field of view to the patient’s specific build and diagnostic needs, from a minimum of 6x6 cm to a maximum of 10x10 cm, while the Scout View function assists with 3D alignment
Remote control via the virtual panel and dedicated apps allows for simple examination control
The ECO Dose protocols and SafeBeam™ functions reportedly allow emissions to be adapted to effective diagnostic needs, thus safeguarding patient health
Image acquisition and processing is managed by a single, software program: NNT, fully designed by NewTom, streamlining both diagnosis and treatment planning
Eight FOVs and four acquisition modes place 32 3D programs at the user’s disposal
Equipped with a 3D cone beam sensor with a FOV of 9x9 to 5x5 cm, enabling high-definition (87 µm) scans
Incorporating Automatic Layers Integration System (ALI-S), the unit automatically selects the best sections in order to display a quality high-definition image
Weighing in at just 145.5 pounds, this ultra-compact, lightweight unit features a range of programs for practice needs, scanning models and impressions for implant surgery that are both safe and effective
Designed to surpass the demands of industry leaders, it offers 2D, 3D and optional cephalometric imaging
Equipped with a large 25x30 cm sensor that captures 3x3 cm up to 30x30 cm volumes and utilizes four built-in cameras for live patient positioning
Incorporates Planmeca CALM™ technology, which corrects patient movement during CBCT acquisition, and Planmeca Ultra Low Dose™ imaging, which is said to provide an average reduction in dose of 77 percent with no statistical reduction in image quality
An advanced 4-in-1 digital X-ray imaging system that incorporates PANO, CEPH (optional) CBCT and MODEL Scan
The Multi FOV enables the user to select the optimum FOV mode, minimizing exposure. It covers the full arch region, sinus and TMJ and suits most oral surgery cases as well as multiple implant surgeries
Minimizes motion artifact and enables faster workflow due to its scan time (CBCT 4.9 seconds)
The core of the Rotograph Evo 3D is the innovative Flat Panel Detector (FPD) using Amorphous Silicon technology associated with Cesium Iodide (CsI) scintillator
The unit’s 3D field of view of 93x82 mm allows clinicians to obtain the entire dental status of the patient in a single exposure
Can be integrated with a digital cephalometric arm or upgraded at a later stage
Villa Radiology Systems 203-262-8836 | villaus.com