Al-driven patient-specific crown design.
Anyone can easily design crowns in the dental office.
- Automated crown, inlay and onlay design
- All shapes of crown design possible using automated
Al including Incisor, premolar, and molar. - Automatic margin detection by only two clicks
- Variety of possible applications: Crown, Bridge, lnlay / Onlay, Provisional crown & bridge, Crown shell, Veneer, Coping, Diagnostic wax-up, Simple SCRP, and Model builder
- Occlusal adjustment feature (automatic or manual modes)
- Add user crown library
- STL export possible in any of design step
- Support exporting of standard STL file and milling file
- Connected to RAYDENT Studio (3D printer)
- Can be utilized by both dental offices and dental labs
Automated Crown Design Concept Using Al with Multiple Prosthetic design support.
Al crowns are designed by patient tooth wear by age and shapes of antagonist and adjacent teeth.
Crown/Coping (Al)
lnlay/Onlay (Al)
Bridge
Provisional Crown/Bridge
Crown shell
Diagnostic wax up
Model Builder
Veneer
Simple SCRP
Multiple Export options
- Print the designed prosthesis directly with RAYDENT Studio (3D printer).
- Milling the designed prosthesis by PTS file.
- STL file export and save available for all designing steps.
Useful Utility Tools
- Automatic/ manual occlusal adjustment
- Diagnostic wax-up for prosthetic driven implant planning
- Add user crown library
- STL file editing
Easy to make dental splints
RAYDENT splint allows designing for splints by referencing patient condyle, night guards, crown lengthening guide.
Occlusal bite simulation
- Hinge axis setting referred by patient ceph
- Mouth opening range setting
- Standard STL file
Crown lengthening guide
Dynamic Bite Simulation
Mandibular jaw movement can be reproduced by patient condyle from ceph. Interference regions are automatically removed during the mandibular jaw movement.
Mouth Opening Range Setting
Mouth opening range can be adjusted by patient condyle from patient ceph.
RAYDENT Tray, Simple Custom Made Patient Trays in Dental Clinic
Easy-to-follow workflow allows custom tray manufacture for your patients.
- Easy and fast personal tray fabrication
- Compatible with Ray DIGITAL TRAY
(CT Impression scan enabled) - Standard STL file
- Gutta Percha hole library for implant surgical guide
- For diagnosis and model fabrication
- Final impression tray for full denture cases
Multiple Tray Shape Designs
Different tray designs for various purposes such as Implant prosthesis, full denture, and precise impression.
Multiple Design Library
Multiple types of design libraries are available for use, including the libraries for Ray’s CT impression scan jig and auxiliary handle.
Gutta Percha Marker
Gutta Percha markers can be used to match CT data and STL files during implant surgery planning.
