Abstract: A container (100) for producing a self-curing or dual-curing dental synthetic material composition (200), which container comprises a deformable wall (101), having a first synthetic material component (103-1); and a second synthetic material component (103-2) for curing the synthetic material composition (200) or starting a curing reaction.

Abstract: A method for assigning an order identification to a manufactured dental restoration, including the steps of scanning (S101) the manufactured restoration to generate an actual data set representing the actual shape of the manufactured restoration; retrieving (S102) a data set representing a nominal shape of a digital restoration and to which an order identification is assigned; comparing (S103) the actual shape with the nominal shape; and detecting (S104) the order identification of the data set when the actual shape corresponds to the nominal shape.

Abstract: A manufacturing device (100) for manufacturing a dental object (101), including an electronic camera (103) for capturing an image data set (107) of the dental object (101) to be processed; and a controller (105) for determining the control data for manufacturing the dental object (101) based on the image data set (107).

Abstract: The present invention relates to a container (100) for producing a self-curing or dual-curing dental synthetic material composition (200), which container comprises a deformable wall (101), having a first synthetic material component (103-1); and a second synthetic material component (103-2) for curing the synthetic material composition (200) or starting a curing reaction.

Abstract: A stereolithography apparatus having a build platform and a tray, into which the build platform can be immersed, wherein at the bottom in or on the tray a light-transmissive film is formed or arranged and is elastically deformable, having a light source or energy source underneath the film, the tray can be filled with flowable printing material, a control apparatus controls the movement of the build platform relative to the film and the control apparatus superimposes, during the substantially vertical release movement between a slice of a structure, produced by stereolithography, on the build platform from the film, upon the release movement a substantially horizontal, in particular translational, transverse movement which transverse movement extends at an angle between 60 and 120° relative to the release movement and has alternating, in particular reciprocating, movement directions.

Abstract: A processing device (100) for processing a dental indication (103), including an electronic status detection device (105) for detecting status data of the processing device (100) and/or the dental indication (103); and an electronic generation device (107) for generating a code (109) comprising the status data.

Abstract: A method for producing a mouthpiece toothbrush is provided, in which at least one dental arch of the patient for whom the toothbrush is intended is scanned to generate scan data, or an impression of the dental arch is made. Based on the scan data or the then digitised impression, the dental arch space occupied by the dental arch is recorded. A bristle space is constructed around the at least one dental arch, and a toothbrush moulded piece is calculated, the surface of which facing the dental arch is determined by the dental arch space plus the bristle space. The surface is covered with a bristle carpet.

Abstract: The invention relates to a recording device (10) comprising a scan head carrier (18) for moving the scan head (20) across a scan area (42) of a cavity, the scan area (42) extending around the scan head (20). The scan head guide (18) passes through the cavity towards the scan head (20). In particular, a control device (44) determines the shape of the cavity (40). A second extraoral scanning head (43) scans extraoral areas.

Abstract: The present invention relates to a dental attachment system (100), having a first magnetic element (103-1) for fixing in an oral cavity (105); and a dental object (101) having a second magnetic element (103-2) for attachment to the first magnetic element (103-1).

Abstract: The present invention relates to an fastening system (100) for a dental object, comprising a transverse connector (101) for passing through an interdental space (103); and a support member (105) for supporting the transverse connector (101) against the teeth (107-1, 107-2) laterally of the interdental space (103).

Abstract: A stereolithography apparatus having a build platform and a tray, into which the build platform can be immersed, wherein at the bottom in or on the tray a light-transmissive film is formed or arranged and is elastically deformable, having a light source or energy source underneath the film, the tray can be filled with flowable printing material, a control apparatus controls the movement of the build platform relative to the film and the control apparatus superimposes, during the substantially vertical release movement between a slice of a structure, produced by stereolithography, on the build platform from the film, upon the release movement a substantially horizontal, in particular translational, transverse movement which transverse movement extends at an angle between 60 and 120° relative to the release movement and has alternating, in particular reciprocating, movement directions.

Abstract: The invention relates to a recording device (10) comprising a scan head carrier (18) for moving the scan head (20) across a scan area (42) of a cavity, the scan area (42) extending around the scan head (20). The scan head guide (18) passes through the cavity towards the scan head (20). In particular, a control device (44) determines the shape of the cavity (40). A second extraoral scanning head (43) scans extraoral areas.

Abstract: The present invention relates to a container (100) for producing a self-curing or dual-curing dental synthetic material composition (200), which container comprises a deformable wall (101), having a first synthetic material component (103-1); and a second synthetic material component (103-2) for curing the synthetic material composition (200) or starting a curing reaction.