Holiday Hours Update: In observance of the upcoming holidays, our Contact Support Centers will be open on December 24 until 3:00pm. We will be closed on December 25 and January 1. Wishing you and yours a Merry Christmas and Happy New Year!
Holiday Hours Update: In observance of the upcoming holidays, our Contact Support Centers will be open on December 24 until 3:00pm. We will be closed on December 25 and January 1. Wishing you and yours a Merry Christmas and Happy New Year!
BruxZir® Full-Strength Zirconia is a monolithic zirconia material with no porcelain overlay that is used for crowns, bridges, screw-retained implant crowns, inlays and onlays. First launched as being “More Brawn Than Beauty,” the material was originally intended to provide a durable, more esthetic alternative to posterior metal occlusal PFMs or cast gold restorations for demanding situations like bruxers, implant restorations and areas with limited occlusal space. Now, thanks to the BruxZir Shaded formulation, BruxZir Full-Strength restorations exhibit improved translucency and color similar to natural dentition. Complete color penetration all the way through the restorations ensures greater shade consistency and prevents any shade change after occlusal adjustment.
As the most prescribed brand of full-contour zirconia, BruxZir Zirconia represents a momentous shift in clinicians’ restorative preferences. Doctors’ confidence in the material is well-founded. BruxZir Zirconia’s unique composition is backed by research from Gordon J. Christensen Clinicians Report® and The Dental Advisor, proving its superior clinical performance.
Recognized as a leading performer in the ceramic-polymer material category, having demonstrated just 2% cementation failure after 10 years of independent clinical study*
Production time: 5 working days in lab.
Gordon J. Christensen Clinicians Report is a registered trademark of CR Foundation.
*An independent, nonprofit, dental education and product testing foundation, Clinicians Report®, September, 2020.
Adjust BruxZir Zirconia restorations using a fine-grit diamond with light pressure to avoid potential microfractures. The specially designed Axis Dental BruxZir Adjustment & Polishing Set (LS-7579) may be purchased through your dental dealer or by calling 800-355-5063.
Polish BruxZir restorations with the porcelain polishing system of your choice, or purchase the BruxZir Adjustment & Polishing Set.
Technical Update: Do Not Use Discs to Finish Full-Contour Zirconia (12/20/10)
BruxZir restorations are fabricated from solid zirconia oxide material, much like the zirconia oxide coping found in restorations such as Bilayered Clinical Zirconia, Lava™ Zirconia (3M ESPE; St. Paul, Minn.) and NobelProcera™ (Nobel Biocare; Yorba Linda, Calif.). Like most metals, zirconia exhibits a strong affinity for phosphate groups, and zirconia oxide is no different. We can take advantage of this fact with phosphate-containing primers, such as Monobond Plus (Ivoclar Vivadent; Amherst, N.Y.) and Z-Prime™ Plus (Bisco; Schaumburg, Ill.), or cements such as Ceramir® Crown & Bridge (Doxa Dental; Newport Beach, Calif.). Unfortunately, saliva also contains phosphates in the form of phospholipids, so when a BruxZir crown or bridge is tried in the patient’s mouth and comes in contact with saliva, the phosphate groups in the saliva bind to the zirconia oxide and cannot be rinsed out with water. Attempting to use phosphoric acid (which is full of phosphate groups) to “clean” the saliva out only makes the problem worse.
The only way we have found to successfully remove these phosphate groups from the interior of a BruxZir restoration is with the use of Ivoclean® (Ivoclar Vivadent). This is a zirconia oxide solution placed inside the restoration for 20 seconds and then rinsed out. Due to the large concentration of free zirconia oxide in the Ivoclean, it acts as a sponge and binds to the phosphate groups that were previously bound to the BruxZir restoration. Once the Ivoclean is rinsed out, you will have a fresh bonding surface for the Monobond Plus, Z-Prime Plus or Ceramir to bond to.
The protocol would be: