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KMID : 0353420160400030134
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Oral Biology Research
2016 Volume.40 No. 3 p.134 ~ p.142
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Orthodontic treatment using mini-tube appliances and customized resin domes using 3D CAD design
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Kim Hye-In
Lim Sung-Hoon
Gang Sung-Nam
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Abstract
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Mini-tube appliances can be used instead of orthodontic brackets and tubes. This mini-tube is a simple tube without a bonding base and bonded to the tooth by covering the tube with flowable resin. It is more esthetic and hygienic, although there is a limitation that only NiTi wires can be inserted into the mini-tube appliance. However, this mini-tube has no pre-adjusted in-and-out compensations, and therefore wire bending is required for finishing. This report describes a Class I crowding case treated with mini-tubes and customized resin domes using a virtual setup, 3-dimensional (3D) computer-aided design (CAD) and 3D printing. By this customization, wire bending or repositioning of mini-tubes was minimized, and treatment was performed with fewer adjustments and increased patient’s comfort.
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KEYWORD
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Mini-tube appliance, Virtual setup, 3-dimensional (3D) computer-aided design (CAD), 3-dimensional (3D) printing, Class I crowding
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