DIGITAL IMPLANT RESTORATIONS
Digitally designed zirconia implant restorations with controlled emergence profiles, optimized screw-access positioning and compatible titanium-base interfaces.
RESTORATIVE OPTIONS
Each case is designed according to implant position, restorative space, tissue contour, screw-access location, occlusion and the prescribing clinicianโs instructions.
PRIMARY SERVICE
A full-contour or layered zirconia crown bonded extraorally to a compatible titanium base and secured with the restorative screw.
TITANIUM INTERFACE
A zirconia restoration designed around a system-specific titanium base selected for the implant connection and restorative space.
ACCESS OPTIMIZATION
An angulated screw-channel option may help redirect the access opening when implant trajectory affects esthetics or function.
MULTI-UNIT
Short-span zirconia implant bridges designed according to implant distribution, insertion path and restorative component availability.
ALTERNATIVE WORKFLOW
A separate crown and custom titanium abutment may be selected when implant angulation or restorative contour requires another approach.
COMPONENT SUPPORT
Contact the laboratory when the implant brand, platform, scanbody, titanium base or restorative driver is uncertain.
RESTORATION SELECTION
Screw-retained restorations provide retrievability and eliminate an intraoral cement margin. Final selection remains case dependent.
Commonly selected when the screw-access opening can be positioned in a clinically acceptable location.
May be selected when screw-access position or restorative contour favours a separate crown and abutment.
Final restorative selection and clinical use remain the prescribing clinicianโs responsibility.
DESIGN PRIORITIES
A successful implant restoration requires coordinated control of the tissue-zone contour, screw access, restorative clearance and occlusion.
Tissue-zone contour is developed from the submitted scan and implant depth to support a natural transition.
Access position is reviewed relative to anatomy, esthetics and available angulated-channel components.
Zirconia thickness, titanium-base height and opposing clearance are evaluated during CAD design.
Contacts and anatomy are designed from the submitted opposing arch, bite record and prescription.
DIGITAL IMPLANT WORKFLOW
Complete implant identification and accurate records help support proper component selection and predictable fabrication.
Send the working arch, scanbody scan, tissue scan, opposing arch, bite and prescription.
Implant brand, connection, platform, scanbody library and titanium base are reviewed.
Emergence profile, anatomy, contacts, occlusion and screw access are designed digitally.
The zirconia restoration is milled, sintered, finished and characterized.
The restoration is bonded extraorally to the compatible titanium interface.
Seating, contacts, occlusion, finish and case information are reviewed before delivery.
CASE RECORD OPTIONS
Submit a complete scanbody scan, tissue scan, opposing arch and stable bite record.
Send an accurate implant-level or abutment-level impression with the required components and prescription details.
IMPLANT SYSTEM SUPPORT
Always provide the exact implant brand, connection, platform and restorative component information with the case.
CASE SUBMISSION CHECKLIST
Missing implant or component information can delay production. Include complete identifying information with the initial submission.
Specify manufacturer, connection type and restorative platform.
Provide scanbody manufacturer and reference when known.
Capture all teeth and sufficient soft tissue around the implant site.
Remove the scanbody and capture the natural emergence area when possible.
Submit complete opposing anatomy and a stable bite record.
Include shade information and clinical photographs for esthetic cases.
Indicate screw-retained, custom abutment, bridge or ASC requirements.
Note contact, occlusion, contour or tissue-pressure preferences.
FREQUENTLY ASKED QUESTIONS
Yes. Submit the implant impression with the correct coping and analog, opposing model, bite record, implant identification and prescription.
Availability depends on the implant system, restorative platform and selected workflow. Provide full implant information for review.
Angulated screw-channel options are available for selected systems and components. A compatible driver may be required.
Yes. Submit the complete working arch, scanbody scan, tissue scan, opposing arch, bite record and implant component information.
Yes. Short-span screw-retained bridges can be evaluated according to implant distribution, component availability and restorative space.
Send the implant label, radiograph, clinical photographs and any available component information before production begins.
READY TO SUBMIT?
Submit digital records through your scanner platform or contact the laboratory to arrange a pickup for a conventional impression.
