That said, the real difference comes after the milling process – in the esthetic modification or enhancement of the material.ĬEREC Tessera can be fired in conventional ovens but is optimized to work with the CEREC SpeedFire oven. It’s important to note that the material is still a glass ceramic, therefore the manufacturing process is essentially what would be used for traditional glass ceramics. What is the restoration process like using CEREC Tessera and what are the differences to other materials such as conventional glass ceramics or zirconia? When I actually began to use the product and see the results, I was extremely happy with the nice balance of speed, esthetics, and strength. Once they explained the process and the research behind it, we were absolutely amazed. In one of the early conversations with the Dentsply Sirona team, we were stunned to learn that it would be possible to achieve around a four and a half minute firing cycle. Given my involvement with the material from the beginning, what initially most astounded me was the speed that we could fire the material while still achieving such a robust restorative material. What was your first impression of CEREC Tessera? And that’s before the material even launched, which means that there is quite a lot of data behind the product already. I have cases using the material that I’ve been able to follow for a couple years now. Since 2019, I’ve had quite a long time to work with the material clinically, which is not typical prior to a new product material launch. By that point we had a full working product and were beta or alpha testing it. In early 2019, we started being able to use the material in a clinical setting and began placing the actual material. That was in late 2017.īy 2018, we started getting some material with which we could familiarize ourselves. I participated in some of the early meetings looking into what would be beneficial for clinicians as a next step in a restorative material. Hall, how long have you been working with CEREC Tessera? Hall discusses his experiences testing and using the recently launched CEREC Tessera Advanced Lithium Disilicate CAD/CAM Blocks for restorations.ĭr. He has worked with CEREC for many years and teaches courses on the technology as a faculty member of the Scottsdale Center for Dentistry. Andrew Hall is a general dentist and the owner of The Studio for Exceptional Dentistry in Colorado Springs, CO. The second is virgilite, the same crystals used in glass ceramics, which are activated through the matrix firing process and add strength and esthetics.Dr. The first crystal is lithium disilicate, which increases the density of the material while helping to protect against crack propagation. These 2 crystals work together to create what is described as a fusion of strength and esthetics in 1 block while reportedly improving overall processing time. These blocks are said to fire in just 4½ minutes in the CEREC SpeedFire.ĬEREC Tessera blocks are developed with a chemistry that incorporates 2 crystal structures within a glassy zirconia matrix. Tessera blocks are also designed to increase total processing time by 44% for greater patient satisfaction and a more profitable procedure. They reportedly offer 32% higher biaxial strength compared with other CAD/CAM blocks on the market. Practices looking to increase efficiency without sacrificing esthetics or strength.ĬEREC Tessera blocks are indicated for multiple uses, including single-unit full contour crowns, inlays, onlays, and veneers.ĬEREC Tessera blocks are designed to offer outstanding esthetics for a toothlike restoration.
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