Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of 3d print dental cocr metal framework in China. With abundant experience, we warmly welcome you to buy discount 3d print dental cocr metal framework from our factory. We also accept customized orders.
Products Description
3D Print Dental CoCr Metal Framework
The Dental CoCr Metal Framework (cobalt-chromium alloy) is a robust, lightweight foundation for partial dentures, prized for high strength, corrosion resistance, and biocompatibility. Its rigid structure enhances denture stability and retention, securely anchoring to remaining teeth via precision-fit clasps. Thinner than acrylic bases, it reduces bulk for greater comfort, preserving natural oral function (chewing, speech). More durable than acrylic frameworks, it withstands heavy bite forces, lasting 8–10 years with care. Cost-effective vs. precious metals, it suits patients with multiple missing teeth needing long-term, reliable support. Biocompatible with gums, it minimizes irritation, making it ideal for those requiring both durability and comfort in partial tooth replacement.
Product Details
|
Manufacturer |
Lucky Dental Lab |
|
Quality |
Great |
|
Customer service |
Professional |
|
Shipping Carrier |
UPS, FedEx, DHL, etc. |
|
Guarantee |
5 years |
|
turnaround time |
3 days in lab |
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FAQ
Are there any specific patient groups or conditions where the Dental CoCr Metal Framework is preferred?
Dental CoCr Metal Frameworks are preferred for specific patients due to their unique traits:
Multiple missing teeth: Their rigid structure stabilizes partial dentures, anchoring securely to remaining teeth via clasps, ensuring reliable function.
Strong bite forces: High strength resists wear from heavy chewing, suiting those with robust masticatory habits.
Budget-focused patients: More affordable than precious metals (e.g., gold) or titanium, offering cost-effective long-term use.
Durability seekers: Lasting 8–10 years with care, ideal for low-maintenance, long-lasting restorations.
Normal oral tissues (no cobalt/chromium allergies): Excellent biocompatibility minimizes irritation, fitting most users.
Comfort needs: 30–50% thinner than acrylic, reducing bulk for better speech, eating, and comfort.
Implant-supported prostheses: Integrates well with implants, providing rigid support.
Long-term reliability: 95–98% 5-year survival rates, suiting those needing predictable, lasting solutions (e.g., limited dental access).
In short, they excel for durability, cost, and comfort-key for multiple missing teeth, strong bites, or budget constraints (excluding cobalt/chromium allergies).

