3-in-1 Dental CBCT Imaging System
This 3-in-1 dental CBCT imaging system integrates cone beam CT, panoramic imaging and cephalometric imaging in one platform for dental clinics, orthodontic centers, oral imaging facilities and hospital dental departments.
Three large-field CBCT configurations—18 × 14 cm, 16 × 12 cm and 18 × 10 cm—support broader dental and maxillofacial imaging requirements, while low-dose acquisition settings and AI-assisted reconstruction are designed to improve image usability across routine clinical workflows.
The platform combines a 400 kHz high-frequency X-ray generator, integrated patient positioning seat, artifact-reduction algorithms, 3D post-processing and orthodontic analysis functions in a single dental imaging system.
Key Features
3-in-1 Dental Imaging
Combines CBCT, panoramic and cephalometric imaging in one system to support multiple dental and orthodontic examination workflows.
Large FOV up to 18 × 14 cm
Available FOV configurations include 18 × 14 cm, 16 × 12 cm and 18 × 10 cm for broader dentomaxillofacial imaging requirements.
400 kHz X-Ray Generator
The high-frequency generator operates at up to 400 kHz with a rated power of 1200 W to support stable image acquisition.
Adult & Pediatric Low-Dose Modes
Specified low-dose settings include 90 kV / 4 mA for adults and settings as low as 70 kV / 2 mA for pediatric imaging.
AI-Assisted Image Processing
Image-processing functions include AI low-dose reconstruction, metal artifact reduction, denoising, motion correction and image enhancement.
Orthodontic Analysis Software
The software supports automatic landmark detection, orthodontic measurements, structured reports, bone-age analysis and profile analysis.
Integrated Patient Positioning
An integrated patient positioning seat and precision positioning structure support consistent acquisition across panoramic, CBCT and cephalometric workflows.
3D Treatment-Planning Tools
Software functions include 3D visualization, implant-site analysis, airway analysis, TMJ evaluation and automatic tooth segmentation.
Clinical Applications
The system is designed for dental and maxillofacial imaging workflows where panoramic, three-dimensional CBCT and cephalometric information may be required within the same facility.
- General dental diagnostic imaging.
- Orthodontic assessment and treatment planning.
- Dental implant planning.
- Maxillofacial imaging.
- Temporomandibular joint evaluation.
- Maxillary sinus imaging.
- Airway assessment.
- Impacted tooth and dental structure evaluation.
- Pre-treatment and follow-up imaging.
- Oral and maxillofacial imaging centers.
3-in-1 Imaging Platform
Panoramic Imaging
Captures panoramic dental images for routine oral assessment, treatment planning and general dental imaging workflows.
CBCT Imaging
Provides three-dimensional dental and maxillofacial imaging with selectable large-field acquisition configurations.
Cephalometric Imaging
Supports lateral cephalometric acquisition for orthodontic measurement, craniofacial assessment and treatment planning.
Large-FOV CBCT Imaging
Three large-field CBCT options are specified: 18 × 14 cm, 16 × 12 cm and 18 × 10 cm. These configurations allow the system to capture broader anatomical regions according to the intended examination.
| FOV Option | Application Direction |
|---|---|
| 18 × 14 cm | Large-field dentomaxillofacial imaging. |
| 16 × 12 cm | Broad dental and maxillofacial examination. |
| 18 × 10 cm | Large-width dental and orthodontic imaging. |
The supplied configuration information indicates coverage that can include the bilateral temporomandibular joints and maxillary sinus region, depending on the selected acquisition mode and patient positioning.
High-Frequency X-Ray Generator
| Generator Type | High-Frequency X-Ray Generator |
|---|---|
| Inverter Frequency | Up to 400 kHz |
| Rated Power | 1200 W |
| Power Management | Front-End PFC Module |
| Adult Low-Dose Setting | 90 kV / 4 mA |
| Pediatric Low-Dose Setting | As low as 70 kV / 2 mA |
The generator configuration is designed to support stable X-ray output while allowing different acquisition settings according to patient and imaging requirements.
AI-Assisted Image Processing
The imaging software incorporates multiple reconstruction and correction tools intended to improve image presentation and reduce common CBCT artifacts.
AI Low-Dose Reconstruction
Reconstruction algorithms are used to optimize image presentation when operating with the specified reduced-dose acquisition settings.
AI-MAR Metal Artifact Reduction
AI-MAR processing is designed to identify and reduce image artifacts associated with metallic restorations and implants.
Wavelet-Based Denoising
Total Variation Wavelet-Based Denoising is used to suppress image noise while preserving useful structural information.
Bone-Hardening Correction
Model-based iterative correction is used to reduce image distortion associated with differences in bone density.
Motion Artifact Compensation
Motion reconstruction functions are designed to reduce image degradation caused by minor patient movement during acquisition.
AI One-Click Enhancement
One-click enhancement supports faster routine image post-processing and review.
Panoramic Image Processing
Dynamic Focusing
Dynamic focusing tomosynthesis adjusts image focusing according to individual dental-arch characteristics.
Clearvision Processing
Clearvision processing is designed to suppress interference from anatomical structures such as the cervical spine and airway during panoramic image reconstruction.
3D Analysis and Treatment Planning
The software platform provides multiple tools for three-dimensional review 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.
- Image fusion and 3D visualization functions according to software configuration.
Orthodontic Analysis Software
Automatic Landmark Detection
The software automatically identifies selected anatomical landmarks used in cephalometric analysis.
Orthodontic Analysis Reports
Measurement data generated from landmark identification can be used to produce structured orthodontic analysis reports.
Bone-Age Analysis
The supplied software configuration includes automated bone-age analysis based on applicable cephalometric imaging information.
Frontal Profile Analysis
Facial image information can be incorporated into frontal profile analysis for facial symmetry and proportional assessment.
Lateral Profile Analysis
Cephalometric images can be used to evaluate jaw relationships and profile-related measurements.
QR-Code Report Access
Selected panoramic images, cephalometric images and analysis reports can be accessed through QR-code sharing functions.
Panoramic Analysis and Reporting
- 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 selected images and reports.
Available AI analysis and reporting functions should be confirmed according to the final installed software version and project configuration.
Patient Positioning and Workflow
The system incorporates an integrated positioning seat and dedicated positioning controls to support panoramic, CBCT and cephalometric acquisition.
The supplied technical information specifies mechanical positioning tolerance down to 0.01 mm. Cephalometric positioning can be adjusted independently, while equipment height can be controlled through both the positioning controls and touch-screen interface.
The system is also specified for continuous acquisition of up to 200 groups of CT data, supporting higher-throughput imaging workflows when required.
Technical Specifications
| Product Type | 3-in-1 Dental CBCT 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 Generator Power | 1200 W |
| Adult Low-Dose Setting | 90 kV / 4 mA |
| Pediatric Low-Dose Setting | As low as 70 kV / 2 mA |
| Patient Positioning | Integrated Positioning Seat |
| Mechanical Positioning Tolerance | Specified down to 0.01 mm |
| Continuous Acquisition | Up to 200 groups of CT data |
| Image Processing | AI-Assisted Reconstruction and Artifact Correction |
| Metal Artifact Reduction | AI-MAR |
| Motion Correction | Supported |
| Orthodontic Analysis | Automatic Landmark Detection and Analysis Reports |
| 3D Analysis | Bone / Implant / Airway / TMJ / Tooth Segmentation Functions |
| Image & Report Sharing | QR-Code Access for Selected Functions |
Site and Installation Planning
Dental CBCT installation should be planned according to room dimensions, equipment placement, local electrical conditions, radiation-protection requirements and the intended patient workflow.
For project quotations, buyers can provide the available room dimensions, layout drawings, local electrical specifications and any local shielding or regulatory requirements for preliminary review.
Before Ordering
The final CBCT configuration depends on the required imaging modes, FOV, software package, installation conditions and local project requirements. Please provide the following information when requesting a quotation.
- Required quantity.
- Destination country and installation location.
- Required imaging modes: CBCT, panoramic and cephalometric.
- Preferred FOV configuration.
- Intended dental, orthodontic or maxillofacial applications.
- Expected daily examination volume.
- Required software and analysis functions.
- Available installation-room dimensions.
- Local electrical requirements.
- Radiation shielding or room-planning requirements.
- Required workstation configuration.
- Local registration, documentation or tender requirements.
- Installation and training requirements.
Request a Dental CBCT Quotation
Planning a dental clinic, orthodontic center or oral imaging project? Send us your required FOV, imaging modes, destination and installation requirements so we can review the appropriate CBCT configuration and quotation.
Send Your Project Requirements
For a faster quotation, please provide the required quantity, preferred FOV, required imaging functions, destination country and available room dimensions. Tender specifications or room drawings can also be sent for review.
Frequently Asked Questions
What imaging modes does this dental CBCT system provide?
The system integrates CBCT, panoramic and cephalometric imaging in one platform.
What CBCT FOV sizes are available?
The listed FOV options are 18 × 14 cm, 16 × 12 cm and 18 × 10 cm. The appropriate configuration should be selected according to the intended examinations.
Does the system provide pediatric low-dose imaging?
Yes. The supplied configuration lists pediatric acquisition settings as low as 70 kV / 2 mA, while the adult low-dose setting is listed at 90 kV / 4 mA.
Does the system reduce metal artifacts?
Yes. The listed software package includes AI-MAR metal artifact reduction together with additional denoising and artifact-correction functions.
Can the system be used for orthodontic analysis?
Yes. The supplied orthodontic software functions include automatic landmark detection, structured analysis reports, bone-age analysis and profile-analysis tools.
What information is required for a quotation?
Please provide the required quantity, FOV, imaging modes, destination country, room dimensions, software requirements and any local installation or tender requirements.
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