3D Print High Quality Dental Full Metal Crown

Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of 3d print high quality dental full metal crown in China. With abundant experience, we warmly welcome you to buy discount 3d print high quality dental full metal crown from our factory. We also accept customized orders.

3D Print High Quality Dental Full Metal Crown

Full metal dental crowns, made from alloys like gold-palladium and cobalt-chromium, can withstand 200-400 Newtons of chewing force with less than 30 microns of wear per decade, lasting over 20 years for gold crowns. Requiring only 1-1.5 mm of enamel removal, they achieve 50-micron precision via CAD/CAM technology, offering good biocompatibility and hypoallergenic properties. Though mainly used for posterior teeth due to their metallic color, their high strength and long lifespan make them ideal for bruxism patients or teeth needing reinforcement after root canal treatment, serving as a cost-effective long-term restoration option.

How much tooth structure needs to be removed for installing a full metal crown?

For installing a full metal crown, dental professionals typically remove approximately 1 to 1.5 millimeters of tooth structure, primarily targeting the enamel layer. This precise reduction ensures the crown can fit securely over the prepared tooth while maintaining proper occlusion (bite alignment) and preventing interference with adjacent teeth.

The amount of removal may vary slightly based on the tooth's location (e.g., molars vs. premolars), its existing damage, and the specific design of the crown. For instance, a tooth with extensive decay or fracture might require more conservative shaping to preserve healthy tissue, while a severely worn tooth may need uniform reduction to accommodate the crown's thickness.

Dentists use digital imaging or physical impressions to calculate the exact depth, ensuring the crown neither overlaps excessively (causing bite issues) nor sits too loosely (risking detachment). This process balances structural integrity with the crown's durability, ensuring long-term functionality and minimal impact on surrounding oral tissues.