Brackets, bands, and tubes don't move teeth. Wires do. Choosing the right wire for the right situation can reduce treatment time, minimize chair time, maximize patient comfort, and produce better results. American Orthodontics offers a wide variety of wire types, arch forms, sizes, and force values, allowing you to choose the best wires to fulfill all your treatment goals.
Natural Arch Form I
Well suited for pre-adjusted appliances with programmed In/Out relationships, Form I can be used throughout treatment with little or no manipulation. Its moderately expanded anterior segment provides a slight over correction to allow for setting after removal. It is long enough to accommodate the vast majority of patients with sufficient room for tie-back bends. Each arch has distinct and permanent upper or lower midline identification markings. Click image to enlarge.
Available in: TriTanium, Therma-Ti® Lite, Force One Nickel Titanium, Force Two Nickel Titanium, Beta Titanium, Stainless Steel, Twist, Co-axial, Straight
Natural Arch Form II
Form I is narrower than Form. It is most suitable for patients with narrow facial dimension or restricted oral cavities. Ideal for use with modified pre-adjusted appliances, where low profile brackets are used, and/or when brackets are placed more gingivally. Upper and lower arches are clearly identified with permanent midline markings. Click image to enlarge.
Available in: Therma-Ti® Lite, Force One Nickel Titanium, Stainless Steel
Natural Arch Form III
Form III is slightly narrower than Form I in the anterior region, yet is well suited for preadjusted appliances. Due to the gentle curve of the arch form in the anterior segment, Form III has become popular internationally and is ideal for single-wing bracket systems as well as self ligating bracket systems where low friction is critical to appliance performance. Upper and lower arches are clearly identified with permanent midline markings.
Available in: TriTanium, Therma-Ti® Lite, Force One Nickel Titanium, Beta Titanium, Stainless Steel
The VLP arch form was designed to maximize the benefits of a passive self ligating bracket system. The slightly wider arch width in the posterior allows for full expression of the expansion characteristics of low friction passive systems. The wider arch form has the added advantage of creating more arch length, reducing the need for extractions due to crowding. Universal upper/lower arch form.
Available in: Force One Nickel Titanium, Beta Titanium, Stainless Steel
Alexander LTS Arch
Developed by Dr. Wick Alexander, the LTS arch is designed to complement the Alexander Technique. This form provides the narrowest inter-cuspid width of any AO arch form, and remains narrow in the posterior region for the clinicians who prefer a perfectly tapered arch form. Upper and lower arches are clearly identified with permanent midline markings.
Available in: Therma-Ti® Lite, Force One Nickel Titanium, Beta Titanium, Stainless Steel, 8 Stranded Woven, Twist
Bonwill Hawley Arch
This classic arch form, sometimes referred to as a "Standard" form, incorporates only general arch symmetry. Its use is limited to wire that can be re-shaped and contoured. It has sufficient length to allow for a moderate number of loops and adjustments. Midlines are clearly marked and specific upper and lower arches are available in some wire categories.
Available in: Stainless Steel, Gold Tone™, Chromium Cobalt, Multiphase Blue, Twist
University of the Pacific Student Dr. Bianca Lau Wins 2023 Eugene L. Gottlieb JCO Student of the Year Award, Presented by American Orthodontics
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
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
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