Co-Cr Framework Only

$35.00

Bestodental provides Co-Cr Framework Only restorations designed for cases requiring high mechanical strength, rigidity, and precise fit for implant-supported or tooth-supported prostheses.The following are the clinical indications:
• Full-arch or partial-arch implant-supported restorations
• Multi-unit tooth-supported bridges
• Cases requiring high strength frameworks for ceramic or composite veneering
• Situations where minimal framework deformation is essential
• Compatible with various prosthetic designs and materials

Category:

Co-Cr Framework Only is a precision-fabricated cobalt-chromium framework designed for implant-supported or tooth-supported restorations. This restoration provides excellent mechanical strength, rigidity, and long-term stability, serving as the underlying structure for crowns, bridges, or full-arch prosthetics.

Bestodental manufactures Co-Cr frameworks using CAD/CAM milling or conventional casting, ensuring accurate fit, proper occlusal support, and optimal contact points. The monolithic cobalt-chromium structure minimizes deformation and guarantees predictable prosthetic outcomes.

Core Features and Advantages:
• Cobalt-chromium framework for implant or tooth-supported prosthetics
• High mechanical strength and rigidity
• CAD/CAM or conventional production for precise fit
• Lightweight yet durable for long-term function
• Suitable for full-arch, partial-arch, and multi-unit restorations
• Compatible with a variety of prosthetic materials (ceramic, PMMA, composite)

Specification

Material and Manufacturing
• Cobalt-chromium (Co-Cr) alloy
• CAD/CAM milled or conventionally cast
• Monolithic framework structure
• Designed for implant or tooth-supported restorations

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
• Export standard packaging for international shipment

Order Requirements

To ensure accurate production, please provide:
• Clear case information including arch, tooth/implant positions, and restoration plan
• Accurate impressions or intraoral scan files
• Required framework dimensions and design specifications
• Occlusal considerations and opposing arch data
• Intended veneering material (ceramic, PMMA, composite)
• Any additional clinical instructions

Quality Control

• Incoming cobalt-chromium material inspection
• CAD/CAM or framework design verification
• Milling or casting accuracy control
• Fit inspection including marginal and occlusal contacts
• Surface finishing evaluation
• Final quality inspection prior to shipment

Study Case