Abstract: A dental set plate for supporting therein a set of replacement teeth includes a support body having a channel and a deformable mass disposed in the channel of the support body for releasably adhesively retaining a row of replacement teeth pressed thereinto. The dental set plate also includes a non-opaque hood covering the support body and the replacement teeth supported on the support body and product information indicia affixed to the hood. The dental set plate is dimensioned for stocking of the dental set plate in an index structure which retains dental set plates and the walls of the hood have an extent such that the walls terminate within the index structure in which the dental set plate is stocked.

Abstract: A dental set plate for supporting therein a set of replacement teeth includes a support body having a channel and a deformable mass disposed in the channel of the support body for releasably adhesively retaining a row of replacement teeth pressed thereinto. The dental set plate also includes a non-opaque hood covering the support body and the replacement teeth supported on the support body and product information indicia affixed to the hood. The dental set plate is dimensioned for stocking of the dental set plate in an index structure which retains dental set plates and the walls of the hood have an extent such that the walls terminate within the index structure in which the dental set plate is stocked.

Abstract: A mains-operated device for curing by light polymerizable dental material has a housing with a light guide and a cooling fan. A halogen light source, including a reflector and a spiral-wound filament, is positioned in the housing and emits light through the light guide. A control device is connected to the light source. The reflector is positioned at an end of the filament remote from the light guide. The reflector is transmissive for infrared radiation. The reflector is positioned in the cooling air flow of the fan. The control device supplies the filament with a voltage of 100 V to 240 V. The filament provides luminance of more than 750 cd.