In 2004 we introduced Cynovad, our CAD/CAM stereo lithography rapid prototyping system used for creating wax copings. Cynovad applies optical technology to digitally compute cement space, automatically detect the margin, determine undercut area, and optimize porcelain support. This technology has elevated our PFM department and provided our clients with a superior restoration. We are thrilled to report that the process has shown tremendous results, increasing precision at the margin and accuracy of internal fit.
To compliment our rapid prototyping software, we recently upgraded to NEO, the most advanced CAD/CAM hardware available in dentistry. NEO is the next generation of automated resin printing, and ROE presently operates one of only three units used in our industry. Resin based materials are more stable than wax and can consistently be printed as thin as 0.25mm throughout the coping. Traditional techniques of hand waxing cannot compare with this level of precision. In fact, resin crown and bridge copings are stable enough to be tried-in the mouth prior to casting. Resin printing saves alloy costs due to the consistent thickness and the lack of finishing required.
Clinical consistency and saving our clients time is always our goal. This new technology fits flawlessly into our plan of building the perfect crown: Cynovad addresses the strength and fit of the restoration, an assigned personal ceramist ensures consistency of esthetics, and model equilibration minimizes seating time.