A predictable implant crown workflow depends on accurate records, restorative planning and close communication between the clinician and dental laboratory. Digital dentistry now allows many stages of this process to be completed within a connected workflow.
1. Capturing the Implant Position
The process commonly begins with an intraoral scan using the appropriate scan body to record the implant position, surrounding dentition and soft-tissue environment. Dental X-Pressions supports digital submissions as part of its implant-retained crown and bridge workflow.
2. Case Review and Restorative Planning
After the scan reaches the laboratory, the case can be reviewed for restorative space, implant position, emergence profile, occlusion and aesthetic requirements. For complex cases, collaboration and treatment planning allows the clinician and technician to align the restorative approach before production.
3. Digital Crown Design
The technician designs the restoration using CAD software. Depending on the case, this may involve a screw-retained or cement-retained design, custom abutment, titanium base or other restorative configuration.
For anterior implant cases where smile integration is especially important, DXP Smile Design can be incorporated to support tooth positioning, proportions and aesthetic planning.
4. Manufacturing the Restoration
Once the design is finalised, the restoration can be milled using materials such as zirconia or other suitable ceramics. Dental X-Pressions offers monolithic zirconia, layered zirconia, lithium disilicate where appropriate and titanium-reinforced options within its implant service.
5. Finishing and Shade
After manufacturing, technicians complete the restoration through staining, glazing, layering or other finishing processes as required. For challenging anterior cases, custom shade taking can provide additional information about translucency, value, texture and surrounding dentition.
6. Final Clinical Fit
The completed crown returns to the practice for clinical verification. The dentist assesses fit, contacts, occlusion, emergence profile and aesthetics before final placement according to the restorative design and implant system.
From Single Implants to Full-Arch Cases
The same principles of restorative-driven planning become even more important as case complexity increases. Dental X-Pressions also provides surgical guides and All ON-X full-arch solutions for clinicians managing broader implant workflows.
By connecting scan data, CAD design, manufacturing and technician expertise, a modern dental implant laboratory workflowcan support efficient communication and predictable restorative planning from the initial scan through to the final restoration.
