The invention is directed to a composition that safely removes a cured dental cement or resin from metal brackets, metal braces, and enamel surfaces of teeth. It contains eugenol, isoeugenol, methyl-eugenol or an isomer thereof. A method for removing orthodontic fixtures adhered with a dental cement or resin to the enamel surfaces of teeth from these surfaces by contacting the dental cement or resin with a composition containing eugenol.

A handling device for a dental tool having a) a body having an elongated shape configured to receive a prying load from an operator; and b) one or more receptacles through the body configured to retain at least a portion of a dental tool and allow an engagement portion of the dental tool to project therefrom substantially perpendicular to a longitudinal axis of the body; wherein the engagement portion is adapted to contact a portion of a dental covering along only one of a facial side or a lingual side of the dental covering and by being wedged between a gum-line and the dental covering; and wherein the one or more receptacles are configured to transfer the prying load from the body to the engagement portion of the dental tool.

A light curing dental system comprising a light emitting tray that precisely distributes an optimal amount of curing light energy to internal, external and extra oral portions of the dental arch to cure a dental material. The light curing dental system generally includes a light source, a light emitting dental tray, an activation module and a photocurable dental material.

Aspects of the present disclosure relate to an orthodontic appliance removal device that includes a shaft defining a longitudinal dimension. The shaft includes a shaft proximate end and a shaft distal end, and a lateral portion proximate to the shaft distal end extending transversely away from the shaft in a direction generally orthogonal to the longitudinal dimension. The lateral portion includes a lateral portion proximate end that is adjacent to the shaft distal end, and a lateral portion distal end configured to contact an orthodontic appliance. A handle section is also coupled to the shaft adjacent to the shaft proximate end. In another embodiment, the orthodontic appliance removal device is a multi-tool device which further comprises a seating device for seating an orthodontic appliance and/or a toothbrush.

An apparatus for removing a dental appliance can include a body having a perimeter and a pry lip extending from the perimeter of the body. The pry lip includes a terminal ridge surface and an inclined surface disposed between the terminal ridge surface and the perimeter of the body. The apparatus for removing a dental appliance can be incorporated in a dental system which includes a dental appliance and the apparatus for removing a dental appliance. The apparatus for removing a dental appliance can be configured such that it fits within an area defined by an outer edge of the dental appliance. Thus, the dental appliance and the apparatus for removing the dental appliance can be stored within a dental appliance container with an internal cavity that closely conforms to the shape and size of the dental appliance.

The invention is directed to a composition that safely removes a cured dental cement or resin from metal brackets, metal braces, and enamel surfaces of teeth. It contains eugenol, isoeugenol, methyl-eugenol or an isomer thereof. A method for removing orthodontic fixtures adhered with a dental cement or resin to the enamel surfaces of teeth from these surfaces by contacting the dental cement or resin with a composition containing eugenol.

An aligner placement system allows for precise holding of a hook or other tool to carefully place, position or remove a dental device, like an aligner, in the mouth. The system uses a handle end that is configured to allow a person to firmly grip the system and hold it in the desired position to properly seat the dental device.

The invention is directed to a composition that safely removes a cured dental cement or resin from metal brackets, metal braces, and enamel surfaces of teeth. It contains eugenol, isoeugenol, methyl-eugenol or an isomer thereof. A method for removing orthodontic fixtures adhered with a dental cement or resin to the enamel surfaces of teeth from these surfaces by contacting the dental cement or resin with a composition containing eugenol.

Aspects of the present disclosure relate to an orthodontic appliance removal device that includes a shaft defining a longitudinal dimension. The shaft includes a shaft proximate end and a shaft distal end, and a lateral portion proximate to the shaft distal end extending transversely away from the shaft in a direction generally orthogonal to the longitudinal dimension. The lateral portion includes a lateral portion proximate end that is adjacent to the shaft distal end, and a lateral portion distal end configured to contact an orthodontic appliance. A handle section is also coupled to the shaft adjacent to the shaft proximate end. In another embodiment, the orthodontic appliance removal device is a multi-tool device which further comprises a seating device for seating an orthodontic appliance and/or a toothbrush.