Device including implant type support defining constraint axis, connector operatively interconnecting the support and dental prosthesis along the constraint axis, defining a constraint configuration having firmly constrained support and prosthesis, and a graft including first portion extending mainly parallel to constraint axis, a body including guide extending along transverse or slanted direction relative to constraint axis and cavity extending parallel to constraint axis for housing the first portion when connector is in the constraint configuration, obstructer including slider compliantly housed within the guide. First portion including a hole substantially aligned with the guide, when the connector is in constraint configuration, to allow insertion of slider into hole, and the obstructer for achieving a force magnetic on the slider for moving the slider along the guide so at least part of the slider enters hole, when the connector realizes the constraint configuration, to obstruct reciprocal movement between graft and body.

Device including implant type support defining constraint axis, connector operatively interconnecting the support and dental prosthesis along the constraint axis, defining a constraint configuration having firmly constrained support and prosthesis, and a graft including first portion extending mainly parallel to constraint axis, a body including guide extending along transverse or slanted direction relative to constraint axis and cavity extending parallel to constraint axis for housing the first portion when connector is in the constraint configuration, obstructer including slider compliantly housed within the guide. First portion including a hole substantially aligned with the guide, when the connector is in constraint configuration, to allow insertion of slider into hole, and the obstructer for achieving a force magnetic on the slider for moving the slider along the guide so at least part of the slider enters hole, when the connector realizes the constraint configuration, to obstruct reciprocal movement between graft and body.

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).

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).

Apparatus is provided for overdenture with horizontal implant. The apparatus presented comprises an overdenture and a horizontal implant. The horizontal implant is surgically implanted onto the patient's maxilla or mandible, typically on the outside of the bone. The overdenture and the horizontal implant have attachment components which couple together to attach the overdenture to the horizontal implant. The attachment components may comprise ball-and-socket attachments, with the ball components affixed to the overdenture and the socket components affixed to the horizontal implants. The present invention solves problems with currently available dental implants and overdentures.

Apparatus is provided for overdenture with horizontal implant. The apparatus presented comprises an overdenture and a horizontal implant. The horizontal implant is surgically implanted onto the patient's maxilla or mandible, typically on the outside of the bone. The overdenture and the horizontal implant have attachment components which couple together to attach the overdenture to the horizontal implant. The attachment components may comprise ball-and-socket attachments, with the ball components affixed to the overdenture and the socket components affixed to the horizontal implants. The present invention solves problems with currently available dental implants and overdentures.

Dental device including a base defining a main axis and including first and second portions, one configured to be constrained on a user's osseous portion, the other to be constrained to one or more artificial teeth, constraint element a constraint configuration wherein the first and the second portions are mutually constrained and a rest configuration wherein the first and second portions are separable. The constraint element including one wedge slider movable along the main axis to determine rest and the constraint configurations. A movable element at least partially counter-shaped to the slider and expandible radially relative to the main axis. An obstacle to interfere with the movable element when the constraint element is in constraint configuration to block mutual translation of the portions along the main axis. The cursor and the movable element arranged on the first portion. The obstacle is arranged on the second portion.

A removable cosmetic dental structure and a method of fabricating the removable cosmetic dental structure is provided. The removable cosmetic dental structure includes a removable veneer body, having a front side and a rear side, sized to cover at least a portion of a facial surface of a tooth structure. The front side of the removable veneer body is shaped to resemble a tooth surface and the rear side of the removable veneer body covers the facial surface of the tooth structure. The removable cosmetic dental structure further includes one or more magnetic layers integrated on the rear side of the removable veneer body. The magnetic layers are configured to hold the removable veneer body to the facial surface of the tooth structure.

A removable cosmetic dental structure and a method of fabricating the removable cosmetic dental structure is provided. The removable cosmetic dental structure includes a removable veneer body, having a front side and a rear side, sized to cover at least a portion of a facial surface of a tooth structure. The front side of the removable veneer body is shaped to resemble a tooth surface and the rear side of the removable veneer body covers the facial surface of the tooth structure. The removable cosmetic dental structure further includes one or more magnetic layers integrated on the rear side of the removable veneer body. The magnetic layers are configured to hold the removable veneer body to the facial surface of the tooth structure.

Bone-secured dental arch veneers and methods for fabricating and utilizing the same. The dental arch veneers include a veneer assembly having one or more tooth veneers and a support structure configured to support the tooth veneer(s). The dental arch veneers also include a coupling structure configured to interconnect the veneer assembly to a bone mount that is anchored along a user's maxilla or mandible. The coupling structure also is configured to permit the veneer assembly to be selectively and repeatedly interconnected with and disconnected from the bone mount. The methods include determining a target region within the user's mouth, obtaining a representation of the target region, manipulating the representation to create a desired arrangement of the user's teeth within the target region, determining anchoring positions proximate the target region for anchoring the bone mount, and forming the dental arch veneer based on the anchoring positions and the desired arrangement.