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Advanced Dental Emax Onlays for Restoration
Payment Type:T/T,Paypal
Incoterm:FOB
Min. Order:1 Piece/Pieces
Transportation:Ocean
Port:HongKong
Product DescriptionProduct AttributesBrand: Dandy Dental Lab
Supply Ability & Additional InformationPackaging: box
Transportation: Ocean
Place of Origin: China
Supply Ability: no limit
Certificate: FDA registration,CE certificate
HS Code: 90212100
Port: HongKong
Payment Type: T/T,Paypal
Incoterm: FOB
Packaging & DeliverySelling Units:Piece/PiecesPackage Type:boxAs emerging ceramic materials, Emax Onlay and zirconia are rapidly rising in the dental field, leading the new trend of technological innovation. Emax specifically refers to a brand of all-porcelain crowns crafted with Lithium disilicate, whose integrated solid-state construction highlights the material's extraordinary robustness. Compared with the traditional Metal Porcelain Teeth and porcelain teeth technology that has been used for decades, Emax has achieved complete separation from metal materials, which not only significantly reduces the risk of fragmentation and breakage, but also successfully eliminates the common "black line" problem of the gum edge of old porcelain teeth, and greatly improves the aesthetic appearance.
Dentists who have removed old Emax restorations from patients agree on their exceptional durability. The core strength of Emax, however, lies in its unparalleled aesthetic performance - a natural translucent texture that blends and conceals dark teeth for both beauty and function.
Emax has a wide range of applications, including dental crowns, dental implants and porcelain veneers. When conditions are right, inlay restoration stands out as the preferred option for crowns with less tooth cutting and greater structural protection. When done well, these restorations can provide the same strength and protection as crowns.
In particular, most Emax Veneer restorations are fixed to the tooth structure using advanced bonding techniques, rather than the "bonding" approach common to traditional crowns. This innovative bonding process not only significantly enhances the stability of the crown, but also effectively reduces the risk of future crown displacement, resulting in a more durable and stable repair for the patient.
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