Service offered as:
At Vita Dental Laboratory, our Implant Restorations service delivers precision-engineered prosthetics that restore function, esthetics, and patient confidence. From single-tooth implants to full-arch rehabilitations, we combine advanced materials science, digital planning, and artisan finishing to produce restorations that integrate seamlessly with native tissues.
We design abutments on a per-case basis, using CAD software to optimize emergence profiles and soft-tissue support.
Titanium Abutments: Biocompatible and strong, ideal for posterior loads and limited vertical space.
Zirconia Abutments: Metal-free for superior esthetics in the anterior zone, featuring a white substructure that prevents darkening of peri-implant tissues.
Submit your digital implant analogue or scan data, and receive precise STL files for verification within 24 hours.
We fabricate both retention types to suit your clinical protocol:
Cement-Retained Crowns: Passive fit and simplified occlusal anatomy, with retrievability via peri-implant access channels.
Screw-Retained Crowns: Eliminates cement risk and allows direct access for maintenance; channels sealed with tooth-colored composite.
Restoring edentulous arches demands biomechanical precision. Frameworks for All-on-4 or All-on-6 configurations optimize load distribution and minimize cantilevers.
Framework Fabrication: Milled titanium substructures ensure passive fit and rigidity.
Provisionalization: PMMA or composite provisional bridges for immediate loading.
Partner with our planning team for DICOM-to-CAD workflows merging CBCT data with digital impressions.
Our substructure bars serve as the backbone for provisional and definitive prostheses:
PMMA Bars for lightweight, quick-turnaround provisionals.
Acrylic Bars with customizable tooth setups.
Hybrid Ceramic Bars (e.g., VITA Enamic) for enhanced wear resistance and shock absorption.
Our full-contour zirconia bridges offer esthetics with strength (>1,200 MPa flexural strength). Multi-layered discs mimic natural shade gradients, and precision-milled screw channels preserve material integrity.
We offer fully guided surgical templates based on merged intraoral scans and CBCT data:
Virtual implant planning with emergence verification and bone anatomy assessment.
3D-printed biocompatible resin guides with metal sleeves for pilot, pilot-plus, or fully guided protocols.
Quality inspection for sleeve angulation and model fit before delivery.
Compatible with all major intraoral scanners and implant planning software. Submit STL and DICOM files through our secure portal, and track case status in real time.
Every component meets ISO 22716 and CE-mark standards. Abutment-to-implant connections target micro-gaps ≤10 µm and frameworks undergo finite element analysis for forces up to 800 N.
Achieving a natural emergence profile involves color and light interaction with soft tissue. We provide gingival masking and digital shade guides. See our Implant Shade Guide.
Each case undergoes marginal gap analysis (≤50 µm), torque verification per manufacturer specs, and final inspection under 4× magnification. Our facility is ISO 13485–certified.
Case consultations via secure video conferencing and quarterly webinars on advanced implant protocols register at our Continuing Education Portal.
Labelled abutments and prosthetics in foam-lined trays.
Surgical guide verification models.
Step-by-step cementation or insertion protocols.
