ORTHODONTIC BRACKET SYSTEM AND METHOD
An orthodontic bracket and method is disclosed. The orthodontic bracket includes a main body portion that has first and second tunnels extending transversely therethrough. The main body portion is adapted to be bonded to the facial surface of a tooth such that the first and second tunnels extend approximately parallel to the facial surface.
1 . An orthodontic bracket comprising:
a main body portion having first and second tunnels extending transversely therethrough, wherein the main body portion is adapted to be bonded to the facial surface of a tooth such that the first and second tunnels extend approximately parallel to the facial surface.
2 . The orthodontic bracket of claim 1 in combination with a first round archwire extending through one of the first and second tunnels.
3 . The orthodontic bracket of claim 1 wherein the first and second tunnels each have a circular cross-section.
4 . The orthodontic bracket of claim 2 in combination with a second round archwire extending through the other of the first and second tunnels.
5 . The orthodontic bracket of claim 1 wherein the main body portion includes a front portion through which the first tunnel extends and a rear portion through which the second tunnel extends, wherein the rear portion has a larger width than the front portion.
6 . The orthodontic bracket of claim 1 wherein the first tunnel has a circular cross-section.
7 . The bracket of claim 1 wherein the bracket does not include an open faced slot that is configured to receive an archwire.
8 . The orthodontic bracket of claim 6 wherein the second tunnel has a circular cross-section.
9 . The orthodontic bracket of claim 1 further comprising a pair of opposing retention members extending from the main body portion.
10 . An orthodontic bracket system for correcting the teeth in an arch that includes molars, premolars, canines, lateral incisors and central incisors, the system comprising:
a plurality of brackets that each include a main body portion having first and second tunnels extending transversely therethrough, wherein each bracket is bonded to the facial surface of a tooth in the arch, wherein the first and second tunnels of each bracket extend approximately parallel to the facial surface of the tooth to which the bracket is bonded,
a first archwire extending through the first tunnels in each of the brackets.
11 . The system of claim 10 wherein none of the brackets through which the first archwire extends include an open faced slot that is configured to receive an archwire.
12 . The system of claim 10 wherein brackets are bonded to at least one molar, at least one premolar, at least one canine, at least one lateral incisor and at least one central incisor.
13 . The system of claim 10 further comprising a second archwire extending through the second tunnels in each of the brackets.
14 . The system of claim 10 wherein the first and second tunnels in each of the brackets have a circular cross-section.
15 . The system of claim 10 wherein the main body portion of each of the brackets includes a front portion through which the first tunnel extends and a rear portion through which the second tunnel extends, wherein the rear portion has a larger width than the front portion.
16 . A method comprising the steps of:
(a) providing a plurality of orthodontic brackets, the brackets each comprising a main body portion having first and second tunnels extending transversely therethrough, wherein the main body portion is adapted to be bonded to the facial surface of a tooth such that the first and second tunnels extends approximately parallel to the facial surface,
(b) bonding each of the plurality of brackets to separate teeth in an arch, and
(c) threading a first archwire through the first tunnel in each of the plurality of brackets.
17 . The method of claim 16 wherein the first archwire has a circular cross-section.
18 . The method of claim 17 further comprising the step of threading a second archwire through the second tunnel in each of the plurality of brackets.
19 . The method of claim 18 wherein the second archwire has a circular cross-section.