DENTAL RESTORATION KITS COMPRISED PRIMARILY

Brand Owner (click to sort) Address Description
THE SCIENCE BEHIND THE SMILE SHOFU DENTAL CORPORATION 1225 Stone Drive San Marcos CA 92078 DENTAL RESTORATION KITS COMPRISED PRIMARILY OF PORCELAIN MATERIALS, NAMELY, PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES; INDIVIDUALLY PACKAGED MATERIALS FOR DENTAL RESTORATION PURPOSES, NAMELY, PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES;
VINTAGE ART SHOFU, INC. 11 Kamitakamatsu-cho Fukuine Higashiyama-ku, Kyoto 605 Japan DENTAL RESTORATION KITS COMPRISED PRIMARILY OF PORCELAIN MATERIALS, NAMELY, PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES; INDIVIDUALLY PACKAGED MATERIALS FOR DENTAL RESTORATION PURPOSES, NAMELY, PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES;
VINTAGE ART STAIN SHOFU, INC. 11 Kamitakamatsu-cho Fukuine Higashiyama-ku, Kyoto 605 Japan DENTAL RESTORATION KITS COMPRISED PRIMARILY OF PORCELAIN MATERIALS, NAMELY, PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES; INDIVIDUALLY PACKAGED MATERIALS FOR DENTAL RESTORATION PURPOSES NAMELY PORCELAIN COMPOUND MATERIALS FOR TOOTH RESTORATION, DENTAL COLOR INDICATORS AND DENTAL SHADE GUIDES;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A radiometer and method for providing an indication of the amount of time (exposure duration) needed to cause a light curable dental resin composite material to maximally polymerize in response to the application of light from any light-curing source during the preparation of a dental restoration. It describes a radiometer comprising a sample holder of a size designed to hold a sample equivalent of said dental light curable dental material such that the thickness of the sample of light curable material in the sample holder will correspond to the depth of the composite material in the dental restoration; a solid state light sensor; a microprocessor programmed to respond to the output voltage or change in electrical resistance of the light sensor based upon an algorithm defining a mathematical model representative of the change in light transmission through the light curable dental material as a function of the degree to which said light curable dental material is being polymerized. It includes a time display that is responsive to the output signal generated from the microprocessor for displaying the amount of time (exposure duration) needed to maximally polymerize the light curable dental material in the dental restoration.