The demand for aesthetic restoration 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. Our dedicated team of technicians use their skills in the blending of today materials to create highly esthetic, yet functional restorations.
PFM / VMK
IPS emax - Lithium Disilicate
ZENOSTAR - ZINA mono & layered
IPS e.max comprises highly aesthetic and high-strength materials. The restorations are suitable for both adhesive and conventional cementation.
IPS e.max Press are new highly aesthetic lithium disilicate glass-ceramic ingots with optimized homogeneity and high strength. They allow the fabrication of restorations with a high accuracy of fit. The strength of 400 MPa which has been unmatched to date by glass-ceramics enables conventional cementation.
- Highly aesthetic and high-strength all-ceramic
materials can be combined
- One layering ceramic for the IPS e.max system
- Predictable shade results and similar clinical
behavior even in different restorations veneered
with IPS e.max Ceram
- Lifelike aesthetics independent of the shade of
the prepared tooth
- Adhesive and conventional cementation
Zenostar T and MT restorations exhibit improved translucency and color similar to natural dentition, making them a restorative option in the anterior as well. Complete color penetration using infilteration technique all the way through the restorations ensures greater shade consistency and prevents any shade changes after occlusal adjustment.
Designed and milled using CAD/CAM technology, Zenostar Zirconia is sintered at 1,600 degrees Celsius to achieve optimum strength. The final Zenostar crown or bridge is then stained and glazed to a smooth surface. Zenostar Mono crowns & bridges are backed by a five-year free replacement warranty.
Caution with cementation: Use ivoclar vivadent multilink or similar with monobond plus (silane) to achieve adequate bonding. Please do not use HF acid to etch the surface as it inhibits the bond.