Screw-Retained Restorations
Cement-free precision with full clinical control.
Screw-retained zirconia restorations offer a modern implant solution where control, hygiene, and retrievability are important.
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By avoiding intraoral cementation, screw-retained designs help simplify maintenance and may reduce cement-related concerns when clinically appropriate, while supporting precise seating, stable occlusion, and natural esthetics.
OVERVIEW
Why screw-retained restorations matter
Screw-retained restorations provide a predictable and clinician-friendly solution for implant cases where retrievability, hygiene, and maintenance access are important.
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Without the need for intraoral cementation, they support easier maintenance, simplified future adjustments, and clean access through the screw channel while maintaining precise fit and natural occlusal function.
Technical Excellence
Precise Interface
Compatible components and digital workflows support a stable implant-base connection and accurate seating.
Screw-Channel Control
Channel position and diameter are carefully optimized in CAD to preserve structural strength, access, and occlusal esthetics.
Zirconia Strength
Material selection and design parameters are adapted to support occlusal load while maintaining integrity around the screw access.
Digital Consistency
End-to-end digital workflow from scan to design and milling supports controlled fit, thickness, contours, and occlusal clearance.
Quality Control
Interface Check
Visual and instrumental verification of the implant-base connection on an analog or model when applicable.
Seating Verification
Inspection on a master model or analog to check for misalignment or micro-gaps before delivery.
Channel Finishing
Careful finishing and polishing of screw-channel edges for clean closure and chairside handling.
Specifications
Material
Premium multilayer zirconia, selected according to case requirements.
Compatibility
Designed for compatible implant systems using approved digital libraries and components.
Workflow
Digital scan -> CAD design -> precision milling -> quality control -> delivery.
Turnaround
Up to 3 business days in-lab after case approval.