Iconix® - Cosmetic Wire
American Orthodontics’ Iconix Aesthetic SE Niti Wire is the latest in AO’s extensive arch wire line. Manufactured at AO’s state-of-the-art manufacturing facility in Sheboygan, Wisconsin, this high-quality wire delivers exceptional superelasticity, shape memory, and spring-back for precise control and predictable results, while offering best-in-class aesthetics to compliment all cosmetic bracket treatment options.
Available arch form options include VLP* Arch Form, Natural Arch Form I, and Natural Arch Form III.**
- Manufactured using premium Japanese NiTi material
- Proprietary Rhodium plating parameters offer best-in-class Aesthetics
- Durable “Rhodium white” finish is able to maintain an aesthetic appearance for the duration of treatment
- Highly resistant to permanent deformation
- Consistent loading and unloading forces
- Thoroughly tested to ensure consistent forces between lots
- 10 Individually wrapped arch wires per package
Iconix Aesthetic Wire blends beautifully with teeth to compliment any ceramic or cosmetic bracket offer.
*Compare VLP to Damon® Arch Form, a registered trademark of Ormco.
**Compare Form III to the European Arch Form.

University of the Pacific Student Dr. Bianca Lau Wins 2023 Eugene L. Gottlieb JCO Student of the Year Award, Presented by American Orthodontics
03/10/23
Dr. Bianca Lau from the University of the Pacific is the winner of the 2023 Eugene L. Gottlieb Journal of Clinical Orthodontics Student of the Year Award . . .
Read More

Five American Orthodontics Products Judged Best in Class with Orthotown® Townie Choice Awards
02/8/23
American Orthodontics is proud to be the winner of five 2022 Orthotown Townie Choice Awards, highlighted by again winning the Metal Twin bracket category and the Self-Ligating bracket category. This is the 10th year in a row . . .
Read More

American Orthodontics Introduces New Early Treatment Class II Correction Appliance
01/30/23
PowerBar is a fixed functional, direct bond orthodontic appliance for correction of Class II cases into Class I through efficient segmental tooth movement. The universal design . . .
Read More