Natural 3D Print Dental PFM CoCr Crowns

Natural 3D Print Dental PFM CoCr Crowns

Dental PFM CoCr Crowns, with CoCr core (strong, durable) and porcelain overlay (natural-looking), fit precisely, restore teeth, offer cost-effectiveness and biocompatibility—reliable for long-term dental rehab.
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Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of natural 3d print dental pfm cocr crowns in China. With abundant experience, we warmly welcome you to buy discount natural 3d print dental pfm cocr crowns from our factory. We also accept customized orders.

 

Products Description

 

Natural 3D Print Dental PFM CoCr Crowns

 

Dental PFM CoCr Crowns are dental restorations combining a cobalt-chromium (CoCr) alloy base with a porcelain outer layer. The CoCr core offers exceptional strength, durability, and biocompatibility-resistant to corrosion and ideal for withstanding chewing forces, even in posterior teeth. The porcelain overlay mimics natural tooth color, translucency, and texture, ensuring seamless aesthetic integration with adjacent teeth.

 

Crafted for precision, these crowns fit snugly over damaged or decayed teeth, restoring function and appearance. CoCr's cost-effectiveness surpasses precious metals, while its hypoallergenic properties suit most patients. Perfect for balancing strength (for biting) and natural looks (for smiles), they're a reliable choice for long-term dental rehabilitation.

 

 

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

 

 

Picture

 

 

2025-08-15152744180

 

 

FAQ

 

What are the types of space retainers? How to choose one?

 

Ensuring the quality of Dental PFM CoCr Crowns involves multiple steps: using certified CoCr alloys (meeting biocompatibility standards like ISO) and high-purity porcelain for stable bonding. Precision manufacturing ensures accurate fit, with strict control over casting (to avoid porosity) and porcelain sintering (to prevent chipping). Clinical steps like precise impressions, proper cementation, and post-insertion checks for marginal seal and occlusion are critical. Partnering with accredited labs and adhering to industry quality protocols further guarantees reliability.