DentaRay Precision Systems
Model: DR-3D-9000
Equipment Review Score
Transparent multi-metric evaluation criteria
9.0/ 10
Sample Test Score
Build & Design
9.3
Portability & Footprint
4.0
Diagnostic Features
9.6
Connectivity & DICOM
9.2
Workflow & Usability
9.1
Documentation & Service
9.2
Capital Equipment Value
8.5
Methodology: Bench testing & public specification audits
Unbiased Review Metric
DentaRay Precision Systems·
Dental X-Ray·
Introduced 2025
DentaRay Pro 3D CBCT & Pano
A versatile 3-in-1 dental Cone Beam CT, 2D panoramic, and cephalometric unit with multi-field-of-view capabilities for implantology, endodontics, and orthodontics.
Power Output
90 kVp / 10 mA Pulsed DC Generator (Sample Spec)
Detector Type
CMOS Sensor
Weight
165 kg (363 lbs) wall-anchored freestanding column
Price Range
$65,000 – $92,000 (Sample Range)
Warranty
5-Year Tube and Sensor Pro Warranty
Data Status
Sample/Demo Model
Full Technical Specifications
10 Parameters| Specification | Details & Rating | Status |
|---|---|---|
| Imaging Modalities | 3D CBCT, 2D Panoramic, Optional 2D One-Shot Ceph | Verified |
| Field of View (FOV) | 5x5, 8x5, 8x8, 12x9, and 16x10 cm [Sample] | Sample / Unverified |
| Voxel Resolution | 75 to 200 micrometers selectable | Verified |
| Sensor Type | High-speed amorphous silicon / CMOS hybrid sensor | Verified |
| Scan Duration | 5.9 s (Low-Dose) to 14.8 s (High-Definition) | Verified |
| Focal Spot Size | 0.5 mm IEC 60336 | Verified |
| Tube Voltage | 60 – 90 kVp pulsed DC | Verified |
| Reconstruction Time | < 20 seconds using CUDA workstation acceleration | Verified |
| Shielding Requirement | Requires certified radiation shielding plan (0.5–1.0mm Pb eq) | Verified |
| Warranty | 60 Months on sensor and X-ray tube assembly | Verified |
Specifications subject to manufacturer engineering revisions
ISO / IEC Conformity
Strengths and Limitations
✓
Advantages & Strengths
- •Multi-FOV selection from 5x5 cm focused endo to 16x10 cm full dual-arch volume
- •Ultra-fast 5.9-second low-dose scout scan reduces motion artifacts in pediatric patients
- •Advanced metal artifact reduction (MAR) algorithm for clear imaging around titanium implants
- •Face-to-face patient positioning with multi-laser alignment guides
✕
Limitations & Trade-Offs
- •Requires substantial dedicated dental operatory footprint (minimum 1.5m x 1.5m)
- •Cephalometric arm option increases total unit width significantly
- •High-performance reconstruction workstation PC required (GPU intensive)
Clinical Deployment Context
Suitable Environments
- •General dental practices expanding into surgical dental implant placement
- •Endodontic specialty clinics diagnosing complex root canal anatomy and fractures
- •Orthodontic practices requiring airway analysis and skeletal cephalometry
- •Oral and maxillofacial surgery centers
Detector Interoperability
Proprietary integrated CMOS dental flat panel with direct fiber-optic link to workstation.