TRANSALIGN ZIRCONIA

Zirconium is a high-performance material, which has been used successfully since the seventies for orthopedic purposes, i.e. for artificial limbs and joints. Zirconium is used in the dental technical field to implement almost all types of dental restorations. It is made of raw mineral materials, such as zirconium sand, chemically manufactured, partially stabilized with yttrium, and converted by mechanical procedures into zirconia blocks. 

Due to its excellent biological characteristics, Zirconium is nowadays the preferred material for dental restorations. Tests revealed that in case of the use of zirconia no allergic reactions in the oral cavity area are to be expected in the mouth area. In case of correct constructions, firmness is given even after 50 years. Almost any kind of dental restoration is possible in zirconia. It is possible to make bridges of all sizes, cemented or screwed, also implant superstructures can be realized with this material. 

BENEFITS

• High translucency 
• No black margins 
• Extremely solid 
• Longevity 
• Absolutely metal free 
• Excellent biocompatibility 
• Can be manually-milled or CAD/CAM-milled 
• Full contour zirconia & Monolithic zirconia

A reoccurring issue in our professional circles is the question whether solid, full-contour Zirconia crowns are at all indicated in the view of aesthetics, abrasion characteristics, compatibility and strength. Zirconia has developed the highly translucent Prettau®Zirconia which is used in conjunction with a specialized coloring technique that eliminates the use of veneer ceramics entirely. In this way, aesthetically pleasing FullZirconia (FZ) restorations, i.e. monolithic, can be realized. 

Especially in the field of implant dentistry, in cases of limited available space or bruxism or restorations with tissue flanges, full zirconia comes into use. One of the many advantages is the complete elimination of posterior occlusal chipping because only the labial or buccal surfaces are porcelain veneered; all functional areas are maintained as solid monolithic zirconia. 

TRANSALIGN COMPOSITE RESTORATIONS

Introducing our range of light-cured, micro-filled veneering composites – the ultimate solution for versatile and successful dental applications. These composites boast exceptional material properties that position them as the prime choice for crafting both aesthetic indirect anterior and posterior restorations, compatible with a spectrum of framework designs. Crafted with a unique formulation featuring a ceramic filler, these composites ensure natural aesthetics by replicating tooth-like light transmission. Seamlessly blending convenience with precision, their optimal viscosity and sculpt ability guarantee effortless application. Witness exceptional shade stability, polish ability, and resistance against plaque formation. Discover durability through abrasionresistant occlusal veneering. Navigate through a diverse array of translucent effect shades and fluorescent paste stains, offering a palette to achieve desired aesthetics. Versatile by nature, these composites can be employed for veneering frameworks like Titanium, Cobalt-Chromium, PEEK, BIOHPP, and more, ushering in a new era of comprehensive restorative solutions. 

BENEFITS

• Don’t require as much drilling as other types of fillings 
• Bonds to your existing tooth 
• Harden within a few seconds 
• Can be used to chips and cracks 

 TRANSALIGN EMAX

The demand for aesthetic all-ceramic restorations is continuously increasing. Depending on the case at hand and the preoperative situation, you can provide your patients with individual restorations that exhibit impeccable aesthetics and the required high mechanical stability, since IPS E.MAX comprises highly aesthetic and high-strength materials for both the PRESS and CAD/CAM technique. The restorations are suitable for both adhesive and conventional cementation. 

 E.MAX is an advanced pressed ceramic with even greater strength than the original Empress product. This next generation ceramic is formulated from lithium disilicate crystals, and can be used to create limited bridgework with moderate to heavy connectors. It is monolithic lithium disilicate porcelain that can be pressed or milled as full contour restoration, or cut back and layered with porcelain 

BENEFITS

• Highly aesthetic and high-strength all-ceramic materials can be combined 
• One layering ceramic for the IPS Emax system  
• Predictable shade results and similar clinical behavior even in different restorations veneered   with IPS Emax Ceram 
• Lifelike aesthetics independent of the shade of the prepared tooth 
• Adhesive and conventional cementation 

TRANSALIGN PFM (PORCELAIN FUCED TO METAL)

Even with the huge technological advances in alternative materials, PFM (Porcelain Fused to Metal) prosthetics are still the most widely prescribed replacement for natural dentition. The PFM crown is a tried-and-true restoration that provides strength and durability. It could be the only option for those difficult and complex situations that require precision attachments, or require high strength in situations with minimal room. PFM crowns look like natural teeth and are stronger than all-ceramic crowns. 

Porcelain fused to metal crowns remain one of dentistry′s primary restorations of choice because, when properly constructed and seated, they are strong, reliable and esthetic. The porcelains used at our lab incorporate optical properties that parallel natural tooth structure resulting in superior esthetics. 

From single units to roundhouse bridges, porcelain fused to metal has the versatility for the job. Plus, the very fine leucite crystals in our porcelains result in a combination of high wear resistance and forgiveness to surrounding dentition. Our dedicated team of technicians use their skills in the blending of today’s materials to create highly esthetic, yet functional restorations. 

BENEFITS

• Tried and true. 
• Strength and durability. 
• Good for large-span bridges. 
• Versatility 
• Restoration lifespan can be 30 years or more with good oral hygiene practices

TRANSALIGN METAL CROWNS

Metal crowns have the advantage of being exceptionally strong. They can be made from stainless steel or a variety of metal alloys. However, since they cannot be matched to the color of a patient's existing teeth, they are not used as often as they once were. 

In some cases, metal crowns are still used for molars that are very far back in the mouth. They take longer to wear down than porcelain crowns and very rarely break as a result of biting or chewing. There is some risk of corrosion with metal crowns, but most metal alloys used for crowns are highly corrosion-resistant. 

A variety of metals can be used to create a dental crown. The most common metal types include: 

• Gold 
• Silver 
• Platinum 
• Palladium 
• Nickel 
• Chromium 
• Cobalt 

BENEFITS

• Strength and Durability 
• Longevity 
• Preservation of Natural Tooth Structure 
• Resistance to Wear and Tear 
• Biocompatibility