Dental Implant Clinic Bangkok, Thailand.

www.silomdental.com

NobelRondo™

NobelRondo provides the ceramics for creating beautiful and extremely strong esthetics.

• An extremely strong Alumina ceramic
• Highest esthetic result from unique layering techique
• New ergonomics result from unique tray and bottle design

The fascination of nature teet

NobelRondo™ - Creative Circle is a dynamic color harmony system.

Creative Circle represents the latest developments in dental ceramics, with outstanding fluorescence, opalescence and color stability.
The goal of NobelRondo™ is to combine biology and technique into a technological implementation that emulates nature. The structure of natural teeth is unique, so use of this structure as the paradigm is to strive for optimization is optimal.

Homogeneous surface proprety healthy gingiva

NobelRondo™ - Ceramic Technology

• Handling
• Stability and Confidence
• Biocompatibility

NobelRondo™ opalescence
in reflected and transmitted light

NobelRondo™ - Opalescence

NobelRondo™ ceramics' special production process also contributes to achieving natural opalescence, even after multiple firings. Very fine particles, distributed homogeneously throughout the structure of the ceramic, create an unusually beautiful, soft opal effect. Above all, the recent development of “Mother-of-Pearl” modifiers makes very natural opalescent contrasts possible.


One of the most beautiful optical phenomena with natural teeth is the opalescent gleam of the enamel. This opalescence comes about through the dispersion and refraction of daylight into the smallest particles or structures. The dental enamel reflects the shortwave-length blue portion of light, transmits warm, long wavelength orange-colored light, and glows in the transmitted light almost like amber. In mineral opals, this iridescent, milky lightness in reflected light, and the reddish color play in transmitted light, are caused by tiny water inclusions and impurities. In natural teeth, it is the prisms of the inorganic enamel that bring forth this effect.

Section through
natural premolar
reflected and UV-light

NobelRondo™ - Fluorescence

The natural fluorescence comes from the depths of the tooth. Ultraviolet light, as electromagnetic radiation from the non-visible spectrum of daylight, stimulates this particular form of luminescence. The emitted radiation has a longer wavelength and less energy than the absorbed light radiation. The impinged light increases the energy of an electron so that it rises to an excited and unstable energy level and then falls back to a lower energy level by emitting radiation. Sir George G. Stokes discovered this phenomenon in fluorite, a fluorescing mineral, in 1852. The ceramic compound that is built up in the inside of the crown is also dosed with additional fluorescing material. This produces a natural glow from the center of the crown, even in varying light conditions.