3-in-1 Dental CBCT Imaging System with Panoramic and Cephalometric Imaging
This dental CBCT imaging system integrates panoramic imaging, cone beam CT and cephalometric imaging in one platform. Three large-field CBCT options—18 × 14 cm, 16 × 12 cm and 18 × 10 cm—support a broad range of dental and maxillofacial imaging workflows.
The system combines a 400 kHz high-frequency X-ray generator, low-dose acquisition settings, AI-assisted image processing and an integrated patient positioning seat with a comprehensive post-processing and orthodontic software platform.
3-in-1 Imaging Platform
The system brings three core dental imaging functions together in a single unit, allowing clinics and imaging centers to manage multiple examination requirements without switching between separate imaging platforms.
Panoramic Imaging
Captures complete panoramic dental images for routine oral and dental imaging workflows.
CBCT Imaging
Provides large-field three-dimensional imaging with 18 × 14 cm, 16 × 12 cm and 18 × 10 cm FOV options.
Cephalometric Imaging
Captures lateral cephalometric images for orthodontic assessment and treatment-planning workflows.
Integrated Positioning Seat
An integrated positioning seat supports patient positioning during image acquisition and helps simplify the scanning workflow.
Large FOV CBCT Imaging
Three large-field imaging options are available: 18 × 14 cm, 16 × 12 cm and 18 × 10 cm. The large FOV configuration is designed to capture broader anatomical regions in a single acquisition.
The supplied product information specifies coverage including the bilateral temporomandibular joints and maxillary sinus region, supporting imaging requirements in orthodontics, maxillofacial applications and restorative treatment planning.
High-Frequency X-ray Generator
400 kHz Inverter Frequency
The high-voltage generator operates at an inverter frequency of up to 400 kHz to support stable X-ray output during image acquisition.
1200 W Rated Power
The generator is specified with a rated power of 1200 W.
Front-end PFC Module
A front-end power factor correction module is used to improve power utilization within the generator system.
High-Precision Mechanical Structure
The positioning structure uses integrated casting, with the supplied technical information specifying mechanical positioning tolerance down to 0.01 mm.
Low-Dose Imaging Configuration
The system provides specified low-dose acquisition settings for adult and pediatric imaging. Adult low-dose acquisition is listed at 90 kV / 4 mA, while the pediatric setting is listed as low as 70 kV / 2 mA.
AI-assisted reconstruction is used alongside the low-dose acquisition configuration to support image clarity under reduced exposure settings.
AI-Assisted Image Processing
The imaging software incorporates multiple reconstruction and image-processing functions designed to address common image-quality challenges in dental CBCT acquisition.
AI Low-Dose Reconstruction
Low-dose reconstruction algorithms are used to optimize images acquired under the specified reduced-dose settings.
Wavelet-Based Denoising
Total Variation Wavelet-Based Denoising is used to suppress image noise and improve visibility of image detail.
AI-MAR Metal Artifact Reduction
AI-MAR processing identifies and reduces artifacts associated with metallic restorations and implants.
Bone-Hardening Correction
Model-based iterative bone-hardening correction is used to reduce image distortion associated with differences in bone density.
Motion Artifact Compensation
Motion artifact reconstruction is designed to compensate for minor patient movement during scanning and reduce motion-related image degradation.
Dynamic Focusing
Dynamic focusing tomosynthesis adjusts image focusing according to individual arch characteristics to improve panoramic image presentation.
Clearvision Processing
Clearvision image processing is designed to suppress interference associated with structures such as the spine and airway in panoramic imaging.
AI One-Click Enhancement
The software also includes one-click image enhancement for routine image post-processing.
Panoramic Analysis and Reporting
The panoramic software includes automated image-analysis functions intended to make routine image review and reporting more efficient.
- Automatic AI-assisted image analysis and annotation.
- Identification and marking of selected findings.
- Oral health scoring functionality.
- Automatic generation of multi-page analysis reports.
- QR-code access for sharing selected images and reports.
3D and Post-Processing Software
The post-processing platform extends beyond basic CBCT image viewing and includes tools for three-dimensional image analysis and dental treatment-planning workflows.
- 3D panoramic visualization.
- Regional bone-density analysis.
- Bone-density analysis around implant sites.
- Airway analysis.
- Temporomandibular joint analysis.
- Automatic tooth segmentation.
- AI functions designed to operate without requiring a dedicated graphics card.
Orthodontic Analysis Software
Automatic Landmark Detection
The orthodontic software automatically identifies and marks anatomical landmarks used in cephalometric analysis.
Automatic Orthodontic Reports
Measurement data generated from landmark detection can be used to produce structured orthodontic analysis reports.
Bone-Age Analysis
Cephalometric images can be used for automated bone-age analysis to support assessment of growth and developmental stage.
Frontal Profile Analysis
Facial photographs can be incorporated into frontal profile analysis for assessment of facial symmetry and proportional relationships.
Lateral Profile Analysis
Lateral cephalometric imaging can be used to assess jaw relationships, facial convexity and other profile-related measurements.
QR-Code Image and Report Access
Panoramic images, cephalometric images and selected analysis reports can be made available through QR-code access.
Workflow and Continuous Acquisition
The product information specifies the ability to continuously acquire up to 200 groups of CT data without interruption. This configuration is intended for environments with higher imaging throughput requirements.
Cephalometric positioning can be adjusted independently, while equipment height can be controlled through both the cephalometric positioning controls and the touch-screen interface.
Technical Highlights
| System Type | 3-in-1 Dental Imaging System |
|---|---|
| Imaging Modes | Panoramic / CBCT / Cephalometric |
| CBCT FOV Options | 18 × 14 cm / 16 × 12 cm / 18 × 10 cm |
| High-Voltage Generator Frequency | Up to 400 kHz |
| Rated Power | 1200 W |
| Adult Low-Dose Setting | 90 kV / 4 mA |
| Pediatric Low-Dose Setting | As low as 70 kV / 2 mA |
| Continuous Acquisition | Up to 200 groups of CT data |
| Mechanical Positioning Tolerance | Specified down to 0.01 mm |
| Patient Positioning | Integrated positioning seat |
| Image Processing | AI-assisted reconstruction and multiple artifact-correction algorithms |
| Orthodontic Software | Automatic landmark detection, analysis reports, bone-age and profile analysis |
| Image / Report Sharing | QR-code access supported for selected images and reports |
Before Ordering
Because dental CBCT configuration depends on imaging requirements, installation conditions and local regulatory requirements, please provide the following information when requesting a quotation.
- Required quantity and destination country.
- Required imaging modes: panoramic, CBCT and/or cephalometric.
- Preferred FOV configuration.
- Intended clinical or imaging application.
- Local electrical requirements.
- Installation-room information and available space.
- Required software functions and workstation configuration.
- Local registration, documentation or tender requirements.
Frequently Asked Questions
What imaging functions are integrated into the system?
The system integrates panoramic imaging, CBCT imaging and cephalometric imaging in one platform.
What CBCT FOV sizes are available?
The supplied product information lists 18 × 14 cm, 16 × 12 cm and 18 × 10 cm FOV options.
Does the system provide low-dose imaging settings?
Yes. The specified settings include 90 kV / 4 mA for adult low-dose imaging and pediatric settings as low as 70 kV / 2 mA.
Does the software include metal artifact reduction?
Yes. AI-MAR metal artifact reduction is included among the specified image-processing functions.
What orthodontic analysis functions are available?
The supplied software functions include automatic landmark detection, automatic orthodontic reports, bone-age analysis, frontal profile analysis and lateral profile analysis.
What information should be confirmed before quotation?
Please confirm the required imaging configuration, FOV, quantity, destination, electrical requirements, installation conditions and any software or documentation requirements.
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