ㆍStabilized with custom fixation points/screws when indicated.
ㆍAims for accurate fit, stable fixation, and balanced load spread across the framework.
ㆍDesigned from the patient’s anatomy for difficult cases.
ㆍUses multiple prosthetic screws for secure retention and retrievability, helping distribute loads across the framework and enabling easier maintenance/hygiene access.
ㆍSupports full-arch fixed restorations (e.g., screw-retained bridge/hybrid) and bar-based designs, with digitally planned posts/emergence points tailored to the case.
EISEN subperiosteal implants are made to fit the patient when standard endosseous implants aren’t a good option.
ㆍDesigned to fit a scan-to-plan-to-manufacture workflow for predictable surgical integration.
ㆍBuilt for cases needing anatomical adaptation and precise fit.
ㆍIntended to conform closely to bone morphology for accurate positioning and stable fixation (case-dependent).
ㆍProvides structural support for graft material while preserving space for bone regeneration.
ㆍMesh pattern, thickness, and fixation points can be tailored to improve handling and fit in complex defects.
Custom titanium graft meshes are patient-specific devices for guided bone regeneration (GBR), designed from digital planning to match the defect anatomy.