Crown & Bridge Restorations

Porcelain Fused to Zirconia (PFZ)

Overview 
Flexural strength of over 1,200 MPa, isostatically pressed Zirconia together with the highest rated Noritake CZR porcelain offers a unique combination of beauty and durability. Prescribe these restorations with confidence as we have found the durability of these restorations similar to PFM.

IPS e.max

 Overview 

Ivoclar Vivadent IPS e.max and GC America GC Press. Both materials are relatively high strength ceramics (400 MPa for IPS e.max and 500 MPa for GC Press) that can be pressed as thin as .2 mm and come in a variety of opacities to provide excellent aesthetic results in a wide variety of clinical applications. Both IPS e.max and GC Press work well at a minimal thickness for veneers and equally well as full crowns, inlays, and onlays.

Monolithic Crown

Overview 
Monolithic zirconia is intended to provide a durable, yet aesthetic alternative to posterior metal occlusal PFMs or cast gold restorations. The chip proof durability of a monolithic restoration is ideal for bruxers who have broken natural teeth or previous PFM restorations.

Porcelain Fused to Metal (PFM)

Overview 
Porcelain fused to metal crowns and bridges is an excellent option for dentists who seek a restoration that combines both durability and vitality. The durable metal framework, which is designed for ideal porcelain support, provides strength similar to a natural tooth. We commonly layer 7 porcelain powders to achieve the natural vitality that our clients have come to expect. Porcelain fused to metal crowns and bridges are indicated for use with cast partials. Our PFMs are fabricated with top-quality Ivoclar high noble (yellow or white), noble or base alloy.

Full Gold Crown (FGC)

Overview 
The yellow high-noble alloy has been the “Gold Standard” and preferred by doctors because of its longevity and functional success. High-noble crowns, bridges, inlays, and onlays remain a proven alternative to today’s tooth-colored options. High-noble gold is one of the most bio-compatible and non-toxic metals known to man, along with being both hypo-allergenic and non-corrosive. The margins of cast high-noble restorations are extremely accurate and do not break or chip. High-noble alloy’s coefficient of thermal expansion and rates of wear are very similar to enamel, providing optimal longevity and service. Moreover, FGCs can also be accomplished with less removal of tooth structure than with tooth colored restorations. This can leave the restored tooth healthier and stronger overall.