Brasseler USA®, a leading manufacturer of quality dental instrumentation, and Ivoclar Vivadent®, a leading manufacturer of innovative material systems for high-quality dental applications, have recently partnered to provide new innovations in dental procedural solutions.
Specifically, Brasseler USA’s Innovations team collaborated with the experts at Ivoclar Vivadent to develop a specialized crown and bridge/veneer preparation system as well as a chairside finishing and polishing system specifically designed to work with Ivoclar Vivadent’s popular IPS e.max® restorative material. Starting in March 2015, the new systems will be available to dental professionals exclusively through Brasseler USA.
Ivoclar Vivadent’s IPS e.max products have garnered leadership in the ceramic restorative material market. Extremely versatile, IPS e.max reportedly can be pressed as thin as .3 mm and is very durable, with strength between 360 and 400 MPa. IPS e.max restorations are said to be strong and highly esthetic, making them ideal for both anterior and posterior cases. Precise preparation and finishing reportedly are made seamless when Brasseler USA’s instrumentation is utilized.
More from Brasseler: Brasseler USA unveils new version of aluminum bur block
“Brasseler USA and Ivoclar Vivadent have come together with one goal in mind - to provide dentists and laboratories with innovative, easy-to-use procedural solutions,” remarked Larry Rose, director of innovation, Brasseler USA. “We’ve combined two of the most well-regarded brands and products on the market to provide the most complete, reliable and aesthetically-pleasing restorative solutions.”
For more information on the new procedural systems, please contact a Brasseler USA representative or visit BrasselerCADCAM.com.
ACTIVA BioACTIVE Bulk Flow Marks Pulpdent’s First Major Product Release in 4 Years
December 12th 2024Next-generation bulk-fill dental restorative raises the standard of care for bulk-fill procedures by providing natural remineralization support, while also overcoming current bulk-fill limitations.