Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of 3d print alloy tooth back dental metal framework with acrylic denture in China. With abundant experience, we warmly welcome you to buy discount 3d print alloy tooth back dental metal framework with acrylic denture from our factory. We also accept customized orders.
Products Description
3D Print Alloy Tooth Back Dental Metal Framework with Acrylic Denture
The Alloy Tooth Back Dental Metal Framework with Acrylic Denture is a high-strength aesthetic solution. Cast from biocompatible cobalt-chromium or titanium alloy, the framework offers precise fit via CAD/CAM and 300MPa+ bending resistance, reducing acrylic base fracture. Its alloy tooth back (cobalt-chromium or gold alloy) boosts wear resistance by 50% vs. traditional resin teeth, while the acrylic base ensures natural gum-like appearance and comfort. Ideal for strong-bite partial denture users, full-mouth wearers seeking durability, or those with frequent resin denture issues.
Product Details
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Manufacturer |
Lucky Dental Lab |
|
Quality |
Great |
|
Customer service |
Professional |
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Shipping Carrier |
UPS, FedEx, DHL, etc. |
|
Guarantee |
5 years |
|
turnaround time |
3 days in lab |
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FAQ
What are the core materials of the Alloy Tooth Back Dental Metal Framework with Acrylic Denture, and what are the advantages of each?
Metal framework
Materials: Cobalt-chromium alloy or titanium alloy
Advantages: High strength (bending resistance ≥300MPa), excellent biocompatibility, and corrosion resistance, providing stable support for dentures.
Alloy tooth back
Materials: Cobalt-chromium alloy or gold alloy
Advantages: 50% higher wear resistance than traditional resin teeth, effectively addressing long-term occlusal wear and extending denture service life.
Acrylic resin base
Materials: Medical-grade thermosetting acrylic resin
Advantages: Natural color matching the gingiva, good elasticity and comfort, allowing personalized gingival contouring for aesthetic simulation while avoiding metal exposure.

