Abstract: A self-ligating bracket includes a bracket body with a mesial and a distal channel. A spring clip includes a distal arm with a distal arm body and a distal finger and a mesial arm with a mesial arm body and a mesial finger. The spring clip is slidably secured within the bracket body by a sliding engagement of the distal arm with the distal channel and the mesial arm with the mesial channel. The spring clip is movable between an open position and a closed position wherein in the open position, the arch wire slot is unobstructed and in the closed position the mesial finger and distal finger extend into and across the arch wire slot to occlude the arch wire slot.

Abstract: A self-ligating bracket include a bracket body with an arch wire slot. A mesial recess is located at a mesial side of the bracket body and extends into the bracket body from the arch wire slot. A distal recess is located at a distal side of the bracket body and extends into the bracket body from the arch wire slot. A central ridge defines a ridge surface separated from the lateral ledges respectively by mesial and distal walls. A clip includes a first arm and a second arm connected by a U-shaped portion. The first arm terminates in a mesial arm, a distal arm, and a middle arm. The clip is moveable between an open position in which the arch wire slot is accessible and a closed position in which the arch wire slot is occluded.

Abstract: A self-ligating bracket includes a bracket body and a spring clip. The bracket body includes a mesial channel, a distal channel, a center channel, and an arch wire slot. The spring clip includes a distal arm, mesial arm, and a center arm which are moveably within the mesial channel, distal channel, and center channel between an open position and a closed position to occlude the arch wire slot.

Abstract: An orthodontic guide tray includes a tray surface at least partially congruent with a tooth surface. The orthodontic guide tray includes at least one opening in the gingival direction. The at least one opening is configured to be larger than a pad of a bracket to be placed on a tooth. At least one registration feature extends from a first side interior the opening. The at least one registration features is configured to define a prescribed bracket placement.

Abstract: A bonding guide for placement of an orthodontic apparatus comprises a tray with a tray surface that is configured to be positioned relative to an occlusal surface of at least one tooth in a dentition of a patient. The bonding guide includes a pin with at least one finger at a free end of the pin. The at least one finger is configured to engage an orthodontic apparatus. A hinge is connected to the pin and moves to position the pin relative to the tray. The pin is movable about the hinge between an open position and a closed position when the pin is in the closed position. The pin defines a predetermined treatment location of an orthodontic apparatus relative to a tooth.

Abstract: An indirect bonding tray includes a least on tooth position each tooth portion includes an occlusal surface that conforms to an occlusal surface of an associated tooth of a patient's dentition. At least one of bracket arm includes a bracket arm tip configured to engage an orthodontic bracket. The at least one bracket arm movably attached to at least one tooth portion to move between a first position and second position relative to a bonding surface of the associated tooth. In the second position, the bracket arm is in a position configured to hold an orthodontic bracket in a predetermined treatment position relative to the bonding surface of the associated tooth.

Abstract: An orthodontic appliance includes a telescopic assembly with an end tube and a telescopic member. A distal connector secured to the end tube at a generally distal end of the telescopic assembly. An end cap engages the distal end of the end tube. A spring is secured to the end cap and extends coaxially within the cover and the end tube. The spring is configured to impart a biasing force against the distal end of the telescopic member.

Abstract: A self-ligating bracket includes a bracket body with a mesial and a distal channel. A spring clip includes a distal arm with a distal arm body and a distal finger and a mesial arm with a mesial arm body and a mesial finger. The spring clip is slidably secured within the bracket body by a sliding engagement of the distal arm with the distal channel and the mesial arm with the mesial channel. The spring clip is movable between an open position and a closed position wherein in the open position, the arch wire slot is unobstructed and in the closed position the mesial finger and distal finger extend into and across the arch wire slot to occlude the arch wire slot.

Abstract: A self-ligating bracket includes a bracket body and a spring clip. The bracket body includes a mesial channel, a distal channel, a center channel, and an arch wire slot. The spring clip includes a distal arm, mesial arm, and a center arm which are moveably within the mesial channel, distal channel, and center channel between an open position and a closed position to occlude the arch wire slot.

Abstract: A self-ligating bracket includes a bracket body with a mesial and a distal channel. A spring clip includes a distal arm with a distal arm body and a distal finger and a mesial arm with a mesial arm body and a mesial finger. The spring clip is slidably secured within the bracket body by a sliding engagement of the distal arm with the distal channel and the mesial arm with the mesial channel. The spring clip is movable between an open position and a closed position wherein in the open position, the arch wire slot is unobstructed and in the closed position the mesial finger and distal finger extend into and across the arch wire slot to occlude the arch wire slot.

Abstract: A self-ligating bracket include a bracket body with an arch wire slot. A mesial recess is located at a mesial side of the bracket body and extends into the bracket body from the arch wire slot. A distal recess is located at a distal side of the bracket body and extends into the bracket body from the arch wire slot. A central ridge defines a ridge surface separated from the lateral ledges respectively by mesial and distal walls. A clip includes a first arm and a second arm connected by a U-shaped portion. The first arm terminates in a mesial arm, a distal arm, and a middle arm. The clip is moveable between an open position in which the arch wire slot is accessible and a closed position in which the arch wire slot is occluded.

Abstract: An indirect bonding tray includes a least one tooth portion. Each tooth portion includes an occlusal surface that conforms to an occlusal surface of an associated tooth of a patient's dentition. At least one arm includes an arm tip configured to engage an orthodontic bracket. The at least one arm is movably attached to at least one tooth portion to move between a first position and second position relative to a bonding surface of the associated tooth. In the second position, the arm is in a position configured to hold an orthodontic bracket in a predetermined treatment position relative to the bonding surface of the associated tooth.

Abstract: An orthodontic appliance includes a telescopic assembly with an end tube and a telescopic member. A distal connector secured to the end tube at a generally distal end of the telescopic assembly. An end cap engages the distal end of the end tube. A spring is secured to the end cap and extends coaxially within the cover and the end tube. The spring is configured to impart a biasing force against the distal end of the telescopic member.

Abstract: An orthodontic appliance includes a telescopic assembly with an end tube and a telescopic member. A distal connector secured to the end tube at a generally distal end of the telescopic assembly. An end cap engages the distal end of the end tube. A spring is secured to the end cap and extends coaxially within the cover and the end tube. The spring is configured to impart a biasing force against the distal end of the telescopic member.