Digital implant planning
Organize case information in a digital workflow that supports professional implant-position assessment.
Digital implant dentistry
AI Surgical Guide Design and Digital Implant Planning
DBT Technology develops digital implant-planning and AI-enabled surgical-guide workflows that support dental professionals.
Discuss your surgical-guide workflowFrom planning to guide design
AI-assisted guide design
Use AI-enabled design tools while keeping qualified clinical review at the center of treatment decisions.
Professional fabrication
Connect an approved guide design with a controlled production and quality-assurance workflow.
How the Digital Implant and Surgical-Guide Workflow Works
A surgical-guide workflow brings imaging, surface scans, prosthetic objectives and professional implant planning into one review process. DBT Technology supports digital planning and guide-design coordination while clinical decisions remain with the treating dental professional.
- Case records and prescription. The treating team provides the available imaging, surface-scan data, restorative objective and implant-system information relevant to the case.
- Data alignment and planning support. Appropriate datasets are aligned to support professional assessment of the proposed implant position in relation to the available anatomy and planned restoration.
- Surgical-guide design. A guide design is prepared around the approved plan, selected implant system and relevant sleeve or drilling-workflow requirements.
- Clinical approval and fabrication coordination. The qualified treating professional reviews and approves the plan and guide design before an approved file moves into production and quality checks.
Records and Specifications Used for Guide Design
The required inputs depend on the case, guide type and clinical workflow. They may include:
- CBCT DICOM data when the treating professional considers it clinically appropriate.
- An accurate intraoral or model scan and the relevant bite relationship.
- The restorative objective or planned prosthetic outcome.
- The selected implant system, implant dimensions, guide sleeve and drilling-kit specifications.
- Clinical constraints and instructions identified by the treating professional.
Image interpretation, diagnosis, anatomical assessment, implant-position selection and treatment decisions are clinical responsibilities. AI-assisted planning and guide-design tools support the workflow but do not replace the judgment or approval of an appropriately qualified dental professional.
Digital Implant Planning and Surgical Guide FAQ
What is digital implant planning?
Digital implant planning organizes imaging, surface-scan and restorative information to support a qualified dental professional's assessment of implant position and the associated surgical-guide workflow.
What files may be needed for surgical-guide design?
Depending on the case, inputs may include CBCT DICOM data, an intraoral or model scan, a restorative plan, implant-system information and the treating professional's instructions.
Who determines and approves the implant position?
The appropriately qualified treating dental professional determines and approves the implant position, treatment plan and final guide design.
Can the guide workflow match a selected implant system?
Guide design can be reviewed against the selected implant system, sleeve and drilling-kit specifications. Compatibility and the final production scope must be confirmed before fabrication.
How does a surgical-guide project begin?
A project begins by confirming the clinical workflow, required records, implant-system specifications, review responsibilities and expected production coordination.
Contact DBT Technology to discuss your digital implant-planning and surgical-guide requirements.
Clinical review remains essential
Implant diagnosis, treatment planning and clinical decisions remain the responsibility of appropriately qualified dental professionals. Contact DBT Technology to discuss workflow and collaboration requirements.
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