Highlights at a glance
Cephalometric imaging for all your clinical needs
The innovative, patented ORTHOceph™ Plus design of the KaVo OP 3D takes cephalometric imaging workflow to a new level. The KaVo OP 3D provides all needed protocols such as lateral and paediatric lateral projections with adjustable field widths, posterior-anterior projections and carpus imaging — with fast scan times and a minimal dose.
Optimum imaging geometries for clinically excellent results
Unlike traditional cephalometric devices, designed around a single X-ray source, the dual tubehead design of KaVo OP 3D™ allows not only easy and fast workflows but also optimum geometries for both panoramic and cephalometric imaging.
Designed for efficiency
Every feature of the KaVo OP 3D is designed to increase practice efficiency. Preparing the device for a scan is fast with an easy patient positioning system and intuitive graphical user interface. All imaging protocols are optimised for practice workflows.
Intuitive operation, connected to the future
All functions can be easily and intuitively controlled in a time-saving way via your laptop or PC through the practice’s local network. Only the patient positioning is set on the device.
Four defined volume sizes
The FOVs of the OP 3D are based on true clinical need. FOV 5 x 5 with its endo-resolution is optimized for single-tooth and localised diagnostics. FOV 6 x 9 offers the capability to scan either the lower or upper jaw, whereas FOV 9 x 11 combines both. With the largest FOV 9 x 14, TMJ and airway studies can be conducted.
QUICKcompose™ feature: fast image review
Available for panoramic, cephalometric and 3D modalities, the QUICKcompose™ feature offers a quick preview of the captured image, allowing a timely evaluation. The image appears on the graphical user interface automatically as soon as the scan is completed.
- Low Dose Technology: for dose-sensitive cases
- Standard resolution: for general diagnostics
- High resolution: extremely sharp images for more detailed diagnosis
- Endo resolution: designed for endodontic applications