Abstract: Packaged orthodontic assemblies include a chamber, an orthodontic appliance, and a support structure engaged with the appliance to secure the appliance in the chamber. The support structure can include a post complemental to a partially enclosed passage, typically an arch wire slot, in the appliance body. The support may orient the wall sections of the enclosed passage at an acute angle relative to a chamber side wall.

Abstract: Packaged orthodontic assemblies include a chamber, an orthodontic appliance, and a support structure engaged with the appliance to secure the appliance in the chamber. The support structure can include a post complemental to a partially enclosed passage, typically an arch wire slot, in the appliance body. The support may orient the wall sections of the enclosed passage at an acute angle relative to a chamber side wall.

Abstract: Provided packaged orthodontic assemblies and methods compressively retain an orthodontic appliance in a container along opposing sides of the appliance adjacent the bonding surfaces of its base. This can be done using a mechanism that limits contact between the appliance and the container while accommodating a substantial range of transverse base dimensions. This engagement mechanism allows an adhesive-coated appliance to be retained in a consistent orientation for convenient dispensing, while limiting potentially adverse interactions between the adhesive and the container. By avoiding loss of the adhesive components during storage, these assemblies and methods can extend shelf life and provide consistent adhesive handling properties.

Abstract: Provided packaged orthodontic assemblies and methods compressively retain an orthodontic appliance in a container along opposing sides of the appliance adjacent the bonding surfaces of its base. This can be done using a mechanism that limits contact between the appliance and the container while accommodating a substantial range of transverse base dimensions. This engagement mechanism allows an adhesive-coated appliance to be retained in a consistent orientation for convenient dispensing, while limiting potentially adverse interactions between the adhesive and the container. By avoiding loss of the adhesive components during storage, these assemblies and methods can extend shelf life and provide consistent adhesive handling properties.

Abstract: Provided packaged orthodontic assemblies and methods compressively retain an orthodontic appliance in a container along opposing sides of the appliance adjacent the bonding surfaces of its base. This can be done using a mechanism that limits contact between the appliance and the container while accommodating a substantial range of transverse base dimensions. This engagement mechanism allows an adhesive-coated appliance to be retained in a consistent orientation for convenient dispensing, while limiting potentially adverse interactions between the adhesive and the container. By avoiding loss of the adhesive components during storage, these assemblies and methods can extend shelf life and provide consistent adhesive handling properties.

Abstract: Provided packaged orthodontic assemblies and methods compressively retain an orthodontic appliance in a container along opposing sides of the appliance adjacent the bonding surfaces of its base. This can be done using a mechanism that limits contact between the appliance and the container while accommodating a substantial range of transverse base dimensions. This engagement mechanism allows an adhesive-coated appliance to be retained in a consistent orientation for convenient dispensing, while limiting potentially adverse interactions between the adhesive and the container. By avoiding loss of the adhesive components during storage, these assemblies and methods can extend shelf life and provide consistent adhesive handling properties.

Abstract: Orthodontic assemblies and related methods are provided where an adhesive coated orthodontic appliance is received in a container that includes a substrate and a lid having a retaining member. When the lid is closed, the retaining member is complemental to the shape of the appliance and engages with the appliance. By conforming to the shape of the appliance, the retaining member constrains the appliance from shifting in lateral and vertical directions within the container. When the lid is opened, the associated retaining member disengages from the appliance, thereby facilitating user access to the appliance.

Abstract: Orthodontic assemblies and related methods are provided where an adhesive coated orthodontic appliance is received in a container that includes a substrate and a lid having a retaining member. When the lid is closed, the retaining member is complemental to the shape of the appliance and engages with the appliance. By conforming to the shape of the appliance, the retaining member constrains the appliance from shifting in lateral and vertical directions within the container. When the lid is opened, the associated retaining member disengages from the appliance, thereby facilitating user access to the appliance.

Abstract: Orthodontic assemblies and related methods are provided where an adhesive coated orthodontic appliance is received in a container that includes a substrate and a lid having a retaining member. When the lid is closed, the retaining member is complemental to the shape of the appliance and engages with the appliance. By conforming to the shape of the appliance, the retaining member constrains the appliance from shifting in lateral and vertical directions within the container. When the lid is opened, the associated retaining member disengages from the appliance, thereby facilitating user access to the appliance.