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The HILLS Dual-Geometry arch wire is the optimal wire for "Sliding mechanics" and "anterior retraction" while maintaining nearly perfect torque control.
Hills Posterior Translation - Dimension |
Arch |
Arch Size |
| .021 x .021 x .020 x 38 mm Anterior Length .021 x .021 x .020 x 34 mm Anterior Length |
Upper Upper |
Large Medium Small |
| .021 x .021 x .020 x 28 mm Anterior Length .021 x .021 x .020 x 26 mm Anterior Length |
Lower Lower |
|
| .018 x .018 x .018 x 38 mm Anterior Length .018 x .018 x .018 x 34 mm Anterior Length |
Upper Upper |
Large Medium Small |
| .018 x .018 x .018 x 28 mm Anterior Length .018 x .018 x .018 x 26 mm Anterior Length |
Lower Lower |
Hills Anterior Retraction - Dimension |
Arch |
Arch Size |
| .021 x .021 x .018 x 38 mm Anterior Length .021 x .021 x .018 x 34 mm Anterior Length |
Upper Upper |
Large Medium Small |
| .021 x .021 x .018 x 28 mm Anterior Length .021 x .021 x .018 x 26 mm Anterior Length |
Lower Lower |
|
| .018 x .018 x .017 x 38 mm Anterior Length .018 x .018 x .017 x 34 mm Anterior Length |
Upper Upper |
Large Medium Small |
| .018 x .018 x .017 x 28 mm Anterior Length .018 x .018 x .017 x 26 mm Anterior Length |
Lower Lower |
Full sized square anterior section fills the slot for optimal torque control
Round posterior section is polished to minimize friction
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Hills Dual-Geometry Wire for Posterior Translation
Intended specifically for posterior translation, this design features a slightly larger round posterior diameter. This larger posterior cross-section enhances rotational control and facilitates precise alignment of the roots during tooth translation.
Intended specifically for posterior translation, this design features a slightly larger round posterior diameter. This larger posterior cross-section enhances rotational control and facilitates precise alignment of the roots during tooth translation.
Slightly larger round posterior section
enhances rotational control and facilitates root parallelism during tooth translation.
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Hills Dual-Geometry Wire for Anterior Retraction
Intended specifically for anterior retraction, this design features a slightly undersized round posterior diameter. This reduced posterior cross-section permits free sliding of the archwire through the posterior attachments during anterior retraction.
Intended specifically for anterior retraction, this design features a slightly undersized round posterior diameter. This reduced posterior cross-section permits free sliding of the archwire through the posterior attachments during anterior retraction.
Slightly undersized posterior section permits free sliding of the archwire through the posterior attachments during anterior retraction.