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At Treasure Dental Lab, we have the advanced resources of IPS e.max & Empress, 3M Espe Lava & Lava CZR Press, Zirkonzahn Prettau Zirconia, Authentic, Noritake EX3 Porcelain to Metal, Full Gold, 3M Espe Sinfony and numerous implant options.
 
From full mouth rehabilitations to single crowns, we have the skill and training to provide beautiful smiles every time.

We carefully work on each case under a microscope to insure its quality and accuracy before it's shipped.
 
Below is a list of the professional products we use to create beautiful smiles every time:
 
 
 
 
 
 
IPS e.max is the ultimate in metal-free high strength glass-ceramics. Designed with simplicity and versatility in mind, the IPS e.max offers strength and esthetics for both the PRESS and CAD/CAM techniques. Some of the highlights are single layering ceramic delivers one smile chemistry, predicatable shade results, and adhesive or conventional cementation options.
 
 
 
IPS Empress is a leucite-reinforced pressed ceramic that has been successfully used since 1991. IPS Empress' most impressive feature is its lif e-like appearance. In addition to its wide range of shades and characterizations, its special chameleon effect transmits the background color of the underlying and adjacent tooth through the restoration - making it virtually indistinguishable from the surrounding dentition. You can also characterize the morphology, shading, layers, and stains to produce a totally customized restoration. 
 
 
 
 
 
 
 
 
 
Lava by 3M ESPE is an all-ceramic Zirconium system used for both crowns and bridges. It is a great choice for metal-free 3-unit bridges anywhere in the mouth. It's framework can be colored in 7 shades, which is ideal for a natural-looking restoration. The biggest benefit of the Lava system though is its superior strength and high fracture resistance qualities. You can cement it conventionally or bond it in.
 
 
 
 
 
 
 
 
Prettau Zirconia is used to realize all kinds of restorations.  Zirconia is the result of a chemical process: the basis is Zirconia sand, partially stabilized with Yttrium, and made into Zirconia blanks through a mechanical process.  Zirconia dioxide is, among dental ceramics available today, the material with the highest stability and fracture toughness.
 
Zirkonzahn offers, thanks to an optimized microstructure of the Zirconia dioxide, extra translucent Prettau Zirconia.  In combination with Prettau Colour Liquids and the stains we can create full Ziconia bridges, eliminating ceramic chipping.  There is also no abrasion on opposing teeth, by contrast veneer porcelain ( or even metal) will cause wear on the natural dentition due to its highly porous structure and as two materials of the same kind meet (tooth against tooth) natural dentition will inevitably wear also.  However, when natural tooth meets smooth Zirconia, no abrasion occurs.   
 
 
 
 
 
 
 
 
 
 
 
 
 
Noritake porcelain is a system of different synthetic porcelains that is utilized for porcelain fused to metal crowns, all porcelain crowns, veneers, Procera, and Zirconium crowns (All-Zirkon & Cercon). Its reproduction of natural tooth color, outstanding resistance to fractures, and its kind wear of the opposing dentition, makes it the porcelain of choice for outstanding results.
 
Noritake Super Porcelain EX-3 is used for porcelain to metal crowns, all porcelain crowns, and veneers. Due to its natural fluorescence and opalescence, it can even achieve results that rival Mother Nature. 
 
Noritake CZR Cerabien is a new porcelain specifically developed for making all ceramic crowns in use with Zirconium substructures. It can be used with Procera All-Zirkon for single crowns and Dentsply Cercon for single crowns and bridges. It has the ability to be used with posteriors as well as anteriors due to its extremely high flexural strength. CZR and Zirconium will give you enhanced esthetics and fit with maximum strength for an overall superior restoration. 
 
 
 
 
 
 
 
 
CZR Press to Zirconium is manufactured by Noritake and is an innovative breakthrough in ceramic nano-technology. It consists of the marriage of two time-proven technologies, oxide ceramics and pressable ceramics. This synergy combines the strength,
 fracture toughness, and cementability of pure zirconium oxide copings with the marginal integrity, versatility and beauty of pressable ceramics. You can use this great product with or without porcelain margins. Add opalescence and flourescence to the ingot and the result is simply imPRESSive!

 
 
 
 
 
 
 
 
Authentic is the material of choice here at Treasure Dental Lab due to excellent results, ease of use, and versatility. Authentic is a new type of low fusing leucite reinforced pressable ceramic that can be used for all porcelain and porcelain fused to metal restorations. It is perfect for all porcelain crowns and veneers because of its natural color appearance, and its versatility makes it perfect for combination cases. 
 
Authentic porcelain fused to metal crowns give you the benefit of a 360 degree pressed porcelain margin with a fit that is unequaled. The aesthetics rival an all porcelain crown, but with the ease of conventional cementation and the strength of a PFM. 
 
 
 
 
 
 
 
 
 
 
Sinfony by 3M ESPE is a microhybrid composite. It is the clear choice for composite inlays and onlays due to its excellent margins and chameleon effect in the mouth. It is hard to tell where the restoration is once it is bonded in. The biggest benefit of Sinfony over all of the other systems is its ability to maintain a polish in the mouth, which means no more food or gum sticking to the restoration. 
 
 
 
 
 
We have chosen to use 1Argen Precious Metal for all of our High Noble and Noble Alloys. They are the largest dental gold producer in the United States and the largest in the world and have been servicing the dental industry over the past 50 years building a reputation on honesty and integrity. 
 
Having visted 1Argen's manufacturing facility, we can vouch for the fact that it is unparalleled for production of dental alloys. From weighting tolerances of hundredths of a gram to microscopic analysis confirming homogeneous alloys and their attention to detail permeates the entire process. Using advanced vacuum metallurgy techniques and continuous casting fabrication methods allows then to produce alloys of uncompromising quality.