One proven chemistry – three viscosities
The Venus family of composites offers the most complete line of low-stress composites on the market, providing an unprecedented combination of low shrinkage stress, high durability, and superior handling for esthetic brilliance without compromise. Venus Diamond is also BPA-free.
Offering a firm, more packable consistency, Venus Diamond leads the industry in color adaptability with a patented formula that provides an outstanding natural look – replicating nature and mimicking tooth anatomy. Just one shade saves time and produces radiant results.
Venus Pearl, Venus Diamond, and Venus Diamond Flow may be used together or individually for long-lasting esthetic solutions that meet all of your restorative needs.
Venus Diamond with iBond Total Etch and iBond Self Etch
Venus Diamond is a radiopaque, nano-hybrid composite with a packable consistency. Venus Diamond is indicated for all classes of anterior and posterior restorations and may be used with any suitable bonding agent. Venus Diamond is available in both syringe and unit dose (PLT) delivery in 23 shades. iBOND Total Etch...Read More
Clinical Evaluations: Current Trends in Resin Composites
Over the past 50 years, resin composites have undergone tremendous improvements in strength, wear resistance, reduced polymerization shrinkage, esthetics, and handling characteristics. The addition of nanofillers to composites has resulted in better polishability, surface smoothness and translucency. Recently, new formulations of composites provide the ability for bulk...Read More
Tried and Trusted Hypersensitivity Relief
Hypersensitivity is a problem that often plagues patients and puzzles dentists. In cases of cervical erosions, exposed...Read More
Formulating a Better Composite
In the years since their introduction, resin-based composites have replaced dental amalgam as the most placed restorative...Read More
A Welcome Relief for Suction Problems
Control of moisture in the oral cavity is an essential part of dental practice though it can...Read More