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Zirconia material is a special dental restoration material. It requires less equipment, time and materials than other materials. Zirconia materials can meet the needs of the laboratory customized solutions, which is the first choice of 360SDM. Aidite provides you with 3 kinds of zirconia materials, namely superfect zir with super-high bending strength, honor zir with brilliant translucency, 3D / 3D Pro zir digital material.
Aidite provides excellent quality of full ceramic crown HTW, with a variety of advantages. The best
choice of full zirconia ceramic crown, offering, high bending strength, excellent hardness,
comprehensive indication, long span bridges and excellent masking.
| Color | white |
| Translucency | 35% |
| Bending Strength | >= 1300Mpa |
| Sintered density | >= 6.0g/cm3 |
| Fracture toughness | 5Mpam0.5 |
| Hardness (Hv10) | 1250 |
3D Zir is full contour zirconia and digital material. It is faster and better with a higher economy. This full contour zirconia material has the best natural esthetic. It contains a translucency gradient, color
gradient, and strength gradient. 3D Zir has the proper strength for occlusion to reduce wear opposing dentine.
| Color | Vita 16 colors Hollywood White |
| Translucency | 57% |
| Bending Strength | >= Cervical part 900Mpa |
| Sintered density | >= 6.0g/cm3 |
| Fracture toughness | 5Mpam0.5 |
| Hardness (Hv10) | 1250 |
Honor Zir SHTPC, with high translucency zirconia, provides remarkable restorations with a shorter time and lower costs. This translucent zirconia is suitable for all levels of technicians to create the perfect restoration. High strength, high translucency with pre-shades which eliminates the staining process.
| Color | Vita 16 colors Hollywood White |
| Translucency | 48% |
| Bending Strength | >= 1100Mpa |
| Sintered density | >= 6.0g/cm3 |
| Fracture toughness | 5Mpam0.5 |
| Hardness (Hv10) | 1250 |
3MTM LavaTM Esthetic Fluorescent Full-Contour Zirconia is the first zirconia with built-in fluorescence for all shades that combines the esthetics of glass ceramics with high full-contour strength.
* Fluorescence determined with light sources simulating natural UV light. ** 3 point bending strength according to ISO 6872:2015; qualified for Type II, class 4; indications: crowns, bridges with a maximum of one pontic that must be supported on each side by a crown (prosthesis not to exceed three units), inlays, onlays and veneers
3MTM LavaTM Esthetic Fluorescent Full-Contour Zirconia is the first zirconia with built-in fluorescence for all shades that combines the esthetics of glass ceramics with high full-contour strength.
* Fluorescence determined with light sources simulating natural UV light. ** 3 point bending strength according to ISO 6872:2015; qualified for Type II, class 4; indications: crowns, bridges with a maximum of one pontic that must be supported on each side by a crown (prosthesis not to exceed three units), inlays, onlays and veneers
IPS e.max and IPS e.max CAD are registered trademarks of Ivoclar Vivadent. Sirona CEREC and inLab MC XL are registered trademarks of Sirona Dental Systems.
IPS e.max® is an affordable alternative to PFMs for crowns and anterior bridges. This metal-free
restoration provides optimum esthetics using lithium disilicate ceramic and boasts a flexural strength of 360 MPa. Depending on your preparation, we will either choose to press or mill IPS e.max using the Sirona inLab® MC XL milling machine.
Prescribe IPS e.max CAD® to achieve virtually perfect contacts and occlusion using conventional
cementation or adhesive bonding. Its precision is a result of our CAD/CAM technology, which virtually
eliminates the need for chairside adjustment. Choose between Stained and Layered IPS e.max when prescribing.
IPS e.max and IPS e.max CAD are registered trademarks of Ivoclar Vivadent. Sirona CEREC and inLab MC XL are registered trademarks of Sirona Dental Systems.
IPS e.max® is an affordable alternative to PFMs for crowns and anterior bridges. This metal-free
restoration provides optimum esthetics using lithium disilicate ceramic and boasts a flexural strength of 360 MPa. Depending on your preparation, we will either choose to press or mill IPS e.max using the Sirona inLab® MC XL milling machine.
Prescribe IPS e.max CAD® to achieve virtually perfect contacts and occlusion using conventional
cementation or adhesive bonding. Its precision is a result of our CAD/CAM technology, which virtually
eliminates the need for chairside adjustment. Choose between Stained and Layered IPS e.max when prescribing.
In dentistry, a veneer is a layer of material placed over a tooth. Veneers can improve the esthetics of a smile and protect the tooth’s surface from damage.
There are two main types of material used to fabricate a veneer: composite and porcelain. A composite veneer may be directly placed (built-up in the mouth), or indirectly fabricated by a dental technician in a dental lab, and later bonded to the tooth, typically using a resin cement. They are typically used for treatment of adolescent patients who will require a more permanent design once they are fully grown. The lifespan of a composite veneer is approximately 4 years. In contrast, a porcelain veneer may only be indirectly fabricated.
A full veneer crown is described as “a restoration that covers all the coronal tooth surfaces (Mesial, Distal, Facial, Lingual and Occlusal).
In dentistry, a veneer is a layer of material placed over a tooth. Veneers can improve the esthetics of a smile and protect the tooth’s surface from damage.
There are two main types of material used to fabricate a veneer: composite and porcelain. A composite veneer may be directly placed (built-up in the mouth), or indirectly fabricated by a dental technician in a dental lab, and later bonded to the tooth, typically using a resin cement. They are typically used for treatment of adolescent patients who will require a more permanent design once they are fully grown.
The lifespan of a composite veneer is approximately 4 years. In contrast, a porcelain veneer may only be indirectly fabricated. A full veneer crown is described as “a restoration that covers all the coronal tooth surfaces (Mesial, Distal, Facial, Lingual and Occlusal). Laminate veneer, on the other hand, is a thin layer that covers only the surface of the tooth and is generally used for aesthetic purposes. These typically have better performance and aesthetics and are less plaque retentive.
Laminate veneer, on the other hand, is a thin layer
that covers only the surface of the tooth and is generally used for aesthetic purposes. These typically have better performance and aesthetics and are less plaque retentive.
Our full gold, or solid metal alloy crowns have a long history of success, providing strength in the posterior with minimal preparation. They are digitally designed and milled in wax prior to casting for consistent quality results.
To schedule an in-office case pickup or to provide you with Rxs, airbills and boxes, call us at 1-888-575-3906.
