Kodak 9000 3D Extraoral Imaging System
For sale Kodak 9000 3D Extraoral Imaging System with affordable price USD $ 6500 .00. Please contact us for ordering information. All prices are subject to change without notice, except that prices for an order that have been accepted.
The Kodak 9000 3D is a versatile 3-in-1 extraoral imaging system combining panoramic, cephalometric, and focused-field CBCT (cone-beam CT) scans in a single compact footprint. It integrates smoothly into dental, orthodontic, endodontic, and implant practices seeking high-quality imaging with enhanced efficiency.
Low-dose CBCT: Comparable to 1–5 periapical films, following ALARA principles.
Space-efficient: Requires ~20% less space than the predecessor, thanks to a compact cephalometric module.
Seamless usability: Auto-switching between modes—no need to handle sensors manually.
Patient comfort: Open, face-to-face positioning with wheelchair accessibility.
Intuitive software: Easy-to-learn interface, rapid image reconstruction, and integrated planning tools.
High professional satisfaction: Rated 4.8/5 by dentists for diagnostic clarity, workflow, ease of use, and patient comfort.
Feature | Specification |
---|---|
CBCT Voxel Size | 0.076 mm |
CBCT Field of View | 50×38 mm (stitchable up to 85×66×37 mm) |
Cephalometric Exposure | < 1 sec “one-shot” |
Voltage/Current | 60–90 kV; 2–15 mA |
Sensor Bit-depth | 14–15 bit greyscale |
Unit Weight | ~160–199 kg depending on configuration |
Dimensions | ~1158×1595×2378 mm |
Implant planning & guided surgery – visualize bone density and nerve location in high detail.
Impacted tooth and root fracture assessment – 3D view enables precise diagnosis.
Orthodontics – efficient tracing and serial cephs; full-cranium formats for orthognathic cases.
Endodontics – localized high-res CBCT reveals canal morphology and periapical lesions.
The Kodak 9000 3D offers a comprehensive, low-dose, three-modality imaging solution with exceptional image quality, workflow efficiency, and compact design. Its high resolution (0.076 mm voxel), user-friendly features, and expert validation make it a dependable asset for advanced diagnostic imaging in modern dental practices.