All-on-4 Ti Bar Full Zirconia Bridge (Half Arch) is a monolithic zirconia prosthetic bridge designed for attachment to a titanium bar framework on implant-supported restorations. This restoration combines superior esthetics, high fracture resistance, and excellent biocompatibility, making it ideal for anterior and posterior functional zones with long-term durability.
Bestodental manufactures these bridges using precise CAD/CAM workflows to ensure accurate fit on the titanium bar, optimized occlusal morphology, and balanced occlusion. Each bridge is milled from high-quality zirconia blocks, offering predictable strength, lightweight structure, and long-term functional stability. Surface finishing can be polished or glazed to enhance esthetics and reduce opposing tooth wear.
Core Features and Advantages:
• Monolithic zirconia bridge supported on titanium bar for All-on-4 cases
• High esthetic appearance with natural tooth-like translucency
• Precise CAD/CAM fit for accurate seating on Ti bar
• High fracture resistance and long-term durability
• Lightweight and easy chairside adjustment
• Suitable for half-arch or full-arch prosthetic planning
Specification
Material and Manufacturing
• Monolithic zirconia prosthetic bridge
• Titanium bar framework connection for implant-supported restorations
• CAD/CAM designed for precise fit and occlusal accuracy
• Optional staining, glazing, or polishing for esthetic enhancement
Turnaround Time
• Standard production time 4 to 6 working days
• Rush service 2 to 4 working days depending on case complexity
Packaging and Delivery
• Individual protective packaging for each unit
• Export standard packaging for international shipment
Order Requirements
To ensure accurate production, please provide:
• Clear case information including arch, implant positions, and restoration plan
• Accurate impressions or intraoral scan files
• Ti bar type and dimensions
• Occlusal considerations and opposing arch data
• Shade selection and esthetic preferences
• Any additional clinical instructions
Quality Control
• Incoming zirconia and titanium bar material inspection
• CAD/CAM design verification for Ti bar fit
• Milling accuracy and occlusal morphology monitoring
• Fit inspection including marginal seating and occlusion
• Surface finishing and esthetic evaluation
• Final quality inspection prior to shipment
