Dental Ceramic Systems

Dental ceramic systems are primarily used to fabricate indirect restorations such as crowns and bridges. These porcelain systems aim to replicate the esthetics and strength of natural teeth and crowns and bridges can be produced using pressing or layering techniques depending on the ceramic system being used. The strongest ceramic materials can be used to produce monolithic restorations, but most systems are designed to feature the translucencies and shadings required to produce a highly esthetic veneer to top a metal or ceramic coping. Different ceramic systems are designed for use with different substructures so be sure to look for a metal-compatible system if you will be using metal copings or a ceramic compatible system for zirconia copings. Porcelain systems also can be designed for adding esthetic touches to the cutbacks of CAD/CAM produced restorations. A precise firing and finishing workflow is important when working with these materials in order to produce restorations that work and look as good or better than the teeth they are replacing.
CompanyDentsply Sirona ProstheticsDentsply Sirona Prosthetics
ItemCeramco3 Porcelain SystemCermaco IC
PriceInquireInquire
DescriptionDENTSPLY Ceramco has combined input from the most trusted dental laboratories in the industry with the latest technology in natural feldspathic Ceramco iC, is the revolutionary integrated Ceramic system from DENTSPLY Prosthetics. Create all-ceramic, porcelain-fused-to-metal, and press-to-metal
Flexural Strength~ 90 Mpa135 MPa
Indications for UseCrowns
Anterior and Posterior Bridges
Inlays / Onlays
Veneers
Porcelain Fused-to-Metal Applications: Single and Multi-Unit Porcelain Restorations (Full Arch)
Press-to-Metal Applications: Single and Multi-Unit Porcelain Restorations (Full Arch)
All-Ceramic Applications: Single Unit Anterior and Posterior Premolar ( Through The 2nd Bicuspid) Crowns, Laminate Veneers (to 0.3 mm), Inlays/ Onlays
Type of CeramicLeucite Reinforced Pressable Glass CeramicIntegrated Ceramic
Fabrication MethodLost-Wax Injection Moulding
Heat Sintered
Pressables
Heat Sintered
Pressables
Build Up
Fracture Toughness0.9-1.2 MPaNot Available
Melting Point~ 900° C890 °C
Cementation OptionsAdhesive BondingAdhesive Bonding
Maximum Length of BridgeBased on Alloy SubstructureNot Available
Get InfoNot AvailableNot Available
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