OverviewFast acquisition and efficient workflow. The ergonomic cephalometric head support with integrated Frankfurt plane reference improves patient stability and comfort, reducing the risk of retakes due to motion artifacts.
Design and usabilityThe system features a compact, intuitive design that integrates advanced imaging technology to simplify daily use by dental and maxillofacial professionals.
Image quality and diagnosticsEnhance diagnostic capabilities: high-quality imaging combined with a comprehensive set of AIS filters improves anatomical landmark visibility for cephalometric analysis.
Performance and workflowThe high-speed acquisition mode (4.4 s) minimizes dose and reduces motion artifacts, making X-MIND Prime Ceph suitable for pediatric cases and for improving clinical throughput.
Data management and ecosystemIntegrable with AIS (ACTEON Imaging Suite) and CM Suite for consistent, secure clinical data management; provides a centralized solution to manage dental equipment and streamline technical support and clinical workflows.
Main features (summary)- Ergonomic cephalometric head support with integrated Frankfurt plane reference for improved patient stability.
- Patented multi-blade collimator offering multiple image formats adaptable to clinical needs.
- AIS filters and tools to optimize anatomical visualization in cephalometry.
- High-speed acquisition mode (4.4 s) to minimize dose and motion artifacts.
- Integration with CM Suite for centralized clinical data management and connectivity with other devices.
Clinical applicationsDesigned for cephalometry; indicated for implantology, prosthodontics and restorative workflows, prophylaxis and other dental applications requiring high-quality cephalometric images.
Technical specifications- High-speed acquisition mode: 4.4 s.
- Cephalometric head support with integrated Frankfurt plane reference.
- Patented multi-blade collimator for multiple image formats.
- Compatibility with AIS (ACTEON Imaging Suite) and CM Suite for data management.
- Design focused on reducing retakes due to motion and optimizing patient comfort.