As I have been using OMNICHROMA Flow more routinely in daily dentistry, my confidence in its capabilities has increased. I am continually striving to do the least invasive dentistry I possibly can and having a direct composite material that is versatile across the broad spectrum of procedures is exceedingly helpful. In this blog article, I will share why and how I use OMNICHROMA, OMNICHROMA Flow, and BLOCKER Flow in posterior restorative cases.
When OMNICHROMA first came out and I started using it, I was blown away at how well it worked. Direct composite restorations in the smile zone are what I love to do, and I have always followed the principles of polychromatic layering to achieve ultimate esthetic results. So, it was difficult for me to believe that I could achieve ultimate esthetic results with a single shade composite system. Nevertheless, as I began to practice using OMNICHROMA and the supplemental Blocker in different applications, I quickly learned I could get equal and even sometimes better results than the polychromatic layering method. As time went by, I started asking my contacts at Tokuyama Dental America if and when they were going to come out with a flowable version of OMNICHROMA. To my delight it has finally come to pass, and I wanted to share a few case examples of how I have been using OMNICHROMA FLOW in my daily practice
For this case, I’d like to show how well OMNICHROMA FLOW works on posterior restorations. The patient had small interproximal caries and I did very conservative slot preps [figure 1 and figure 2].
The case shows a common issue with many patients, which is gingival erosion on the anterior teeth which can affect their smile confidence [figure 1, figure 2].
The popularity and demand for direct composite resin restorations in the anterior segment are surging, and the esthetically minded dentist has a large array of materials at his or her disposal from which to choose in order to create natural-looking restorations. This article will focus on the art and technique of creating natural-looking calcification effects within a direct anterior composite.