Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of 3d print dental metal framework with acrylic denture in China. With abundant experience, we warmly welcome you to buy discount 3d print dental metal framework with acrylic denture from our factory. We also accept customized orders.
Products Description
3D Print Dental Metal Framework With Acrylic Denture
This denture combines a strong metal base with a comfy acrylic part. The frame is made of tough cobalt-chromium metal, like a skeleton that holds the denture together. It has small metal clips that hook onto your natural teeth to keep it in place. The teeth part is made of pink acrylic that looks just like real gums, with white plastic teeth attached.
When you bite, the metal frame spreads the pressure across your mouth, so no single tooth gets too much stress. The acrylic can be colored to match your gums, and the teeth can be shaped to look natural. It's light but strong, helping you chew well while looking normal. Perfect for replacing some missing teeth without breaking the bank.
Product Details
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Manufacturer |
Lucky Dental Lab |
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Quality |
Great |
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Customer service |
Professional |
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Shipping Carrier |
UPS, FedEx, DHL, etc. |
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Guarantee |
5 years |
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turnaround time |
3 days in lab |
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FAQ
How does the design of the metal framework affect the resilience modulus of the Acrylic denture?
The metal framework's design significantly impacts an acrylic denture's resilience modulus (stiffness) through several key factors:
Material Choice: Cobalt-chromium alloys, with a high elastic modulus (≈210 GPa), resist deformation, directly boosting the denture's stiffness and reducing flexure during biting.
Geometric Design: Thicker frameworks (0.5–1.0 mm) and continuous structures (like palatal plates) distribute forces widely, minimizing bending. Perforated or thin designs may slightly lower stiffness.
Clasp Rigidity: Cast cobalt-chromium clasps (e.g., Akers clasps) add rigidity, while wire clasps offer more flexibility. Direct integration with the framework reinforces overall stiffness.
Metal-Acrylic Junctions: Smooth, interlocked transitions (via latches or mesh) prevent stress concentrations, ensuring the rigid metal dictates stiffness and avoiding acrylic cracking.
In essence, a stiffer framework (higher resilience modulus) enhances stability but balances comfort and durability, with design elements like material thickness and clasp rigidity being critical.