Product Overview
How the IBar Organizes Support Beneath a Full-Arch Prosthesis
A Hybrid IBar brings the implant or multi-unit abutment positions, supporting framework, and overlying full-arch prosthesis into one coordinated design. The case must account for available restorative space, framework contour and thickness, screw access direction, tissue clearance, component interfaces, and the planned tooth and gingival arrangement.
SDS reviews the submitted implant records and develops each case through framework CAD design, manufacturing, finishing, and final quality control, with attention to bar geometry, prosthetic support, component clearance, tissue contour, screw access channels, framework fit, structural continuity, and reliable seating.
Technical Notes
Hybrid IBar Lab Notes
Key details dental labs may need before sending Hybrid IBar cases to SDS for CAD design, full-arch implant framework workflow review, IBar support structure planning, and production preparation.
Hybrid IBar Framework Design Considerations
Hybrid IBar restorations are used in full-arch implant workflows where IBar support structure, full-arch framework design, prosthetic space, load distribution, screw access channel direction, tissue contour, and occlusal scheme require careful review. For dental labs, these cases often depend on accurate scan body data, implant or multi-unit abutment information, bite relationship records, vertical dimension records, tissue surface requirements, prosthetic setup references, framework requirements, and clear lab-specific production instructions.
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Implant position and multi-unit abutment information review before Hybrid IBar framework design.
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IBar support structure, full-arch framework contour, and prosthetic space planning.
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Load distribution, support extension, and framework stability review for full-arch workflows.
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Screw access channel direction and implant angulation review based on hybrid restoration requirements.
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Tissue contour, intaglio surface, hygiene access, and full-arch prosthetic setup review.
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3Shape, Exocad, and STL-based workflow support for Hybrid IBar full-arch framework cases.
Technical Details for Hybrid IBar Cases
| Restoration Type | Hybrid IBar restoration for full-arch implant framework-supported workflows. |
|---|---|
| Common Material | Lab-specified framework, bar, or hybrid restoration material used for full-arch implant support workflows. Final material, connection design, IBar support structure, prosthetic design, and production workflow should follow your lab’s implant system, material system, and case instructions. |
| Best-Fit Applications | Hybrid IBar cases, full-arch hybrid implant restorations, screw-retained full-arch restorations, implant framework support cases, and dental lab workflows that require prosthetic space review, load distribution planning, screw access channel planning, tissue contour design, and occlusal scheme review. |
| Files to Send | STL files, intraoral scan data, implant scan body files, implant or multi-unit abutment system information, bite records, vertical dimension records, prosthetic setup references, tissue surface requirements, implant component details, facial reference photos when needed, framework requirements, material instructions, and lab-specific Hybrid IBar design instructions. |
| CAD Workflow | SDS supports 3Shape, Exocad, and STL-based digital workflows for Hybrid IBar CAD design, full-arch implant framework review, IBar support structure planning, prosthetic space evaluation, screw access channel planning, tissue contour design, occlusal scheme review, and production-ready file preparation. |
| Design Inputs | Implant position, scan body data, multi-unit abutment information, screw access channel direction, IBar support structure requirement, framework contour preference, prosthetic space, vertical dimension, bite relationship, load distribution, tissue contour, intaglio surface design, hygiene access requirements, occlusal scheme, production instructions, and lab-specific case notes. |
| Production Notes | Production preparation can support Hybrid IBar framework-related workflows, with review of IBar support structure, fit, implant connection requirements, screw access channel direction, prosthetic space, load distribution, tissue contour, intaglio surface, hygiene access, occlusion, and final full-arch hybrid restoration workflow checks when required by the lab. |
Lab Partnership
Why Dental Labs Trust SDS
as a Behind-the-Scenes CAD Partner
SDS supports dental labs with CAD design and production preparation while protecting their workflow, customer relationships, and business confidentiality.
Clear Case Communication
We review case instructions, scan files, implant position data, multi-unit abutment information, bite records, vertical dimension records, prosthetic setup references, framework requirements, and production requirements before Hybrid IBar cases move into CAD design or production preparation.
Hybrid IBar WorkflowConsistent CAD Output
SDS helps labs maintain consistent full-arch implant framework review, IBar support structure planning, framework contour, prosthetic space evaluation, load distribution, screw access channel planning, tissue contour, and occlusal scheme support across Hybrid IBar cases.
Full-Arch Framework SupportConfidential Lab Support
SDS works behind the scenes to help dental labs manage Hybrid IBar case volume, digital files, full-arch implant framework workflows, and production preparation without exposing their local customer relationships.
Lab-to-Lab Partnership
Case Support
Hybrid IBar
Case Support
Send your scan files, implant position data, bite records, framework requirements, and production notes. SDS can support Hybrid IBar CAD design and full-arch implant framework preparation for dental labs.
- Hybrid IBar CAD design support
- Framework and prosthetic space review
- Confidential lab-to-lab communication