CBCT Semi 10×7 cm – 3D Imaging of a Single Jaw
CBCT Semi is a high-precision 3D scan of a single jaw (upper or lower), designed for targeted diagnostics with lower radiation dose and fast image acquisition. This imaging option is ideal when clinical indications require a detailed view of a limited region, without the need to scan both jaws.
Two Zones (Upper or Lower Jaw) for Detailed Analysis and Treatment Planning
The upper jaw, or the lower jaw, providing all necessary data for accurate diagnosis and therapy planning.
When Is CBCT SEMI Imaging Used?
- Implant placement planning in a single jaw
- Oral surgery procedures – sinus lift, bone augmentation
- Prosthodontics – planning of bridges, crowns, and complex reconstructions
- Evaluation of tooth relationships with anatomical structures (maxillary sinus, mandibular canal)
Advantages of CBCT SEMI Imaging at Our Center
- High 3D resolution with exceptional diagnostic accuracy
- Smaller scanning area → reduced radiation exposure for the patient
- Fast scanning and immediate delivery of results
- Digital output ready for implantology, orthodontic, and endodontic software
- Ideal for clear explanation of the treatment plan to patients
Technical Capabilities of Our CBCT System
- Field of view: 10×7 cm
- Multiplanar and 3D reconstruction for comprehensive analysis
- Full compatibility with implant and orthodontic planning software
- Stable patient positioning with automatic alignment and artifact minimization
Benefits for Dentists
- All essential implantology and diagnostic information in a single scan
- Time-saving – no need for additional imaging
- Precise visualization of all anatomical structures
- Ideal for interdisciplinary dental teams
Why Choose Dental Scan for CBCT 3D SEMI?
- Premium next-generation CBCT technology
- Expert team available for professional consultation
- Central Belgrade location – no appointment, no waiting
Get Your CBCT 3D SEMI Scan Immediately – No Appointment Required!
Venizelosova 3, Stari Grad, Belgrade
For additional information, call or send us a message.