Different teeth benefit from different tooth moving forces.
TriTanium has three distinct thermally activated force regions which place the correct force in the anterior, bicuspid, and posterior arch regions to efficiently level, align, and torque. With any other arch wire it could take multiple arch wire changes to achieve similar results.
– Superior Patient Comfort.
– Fewer Arch wire Changes.
– Longer Treatment Intervals.
NT3™ SE NiTi Arch Wire.
– Fully active at room temperature.
– Exhibits excellent spring back.
– Gentle to patients, but powerful enough to align even the most challenging cases.
– Moderate forces are an excellent choice for all treatment phases except finishing.
– Lightest force heat activated wire, transitions to its active state at 35˚ C.
– Soft at room temperature for easy and comfortable wire insertion.
– All cross sections are best suited for low force applications.
– Rectangular dimensions to deliver optimal light forces during initial treatment phase.
– Medium force heat activated wire, transitioning to its active state at 28˚ C.
– Ideal for early treatment as an initial or secondary arch wire.
– Moderate softness at room temperature for easy and comfortable ligation.
– Highest force heat activated wire, transitioning to its active state at 25˚ C.
– Small round dimensions deliver optimal forces during initial phase of treatment.
Therma-Ti® “D” Options.
– Available with preloaded stops in the VLP arch form.
– Gentle forces.
The anterior region has a gentle heat activated force, similar to Therma_Ti Lite, for moving small single- rooted teeth.
– Moderate forces.
The mid-region has a moderate heat activated force, similar to standard Therma_Ti, for larger rooted bicuspids.
– Heavy forces.
The posterior region has the heaviest force, similar to force I Niti, for moving multi- rooted molars.
Stainless Steel Wire.
– Forged from highest quality medical grade steel.
– Strict corner-radius and torque controls ensure optimal wire to bracket interaction.
– Stress relieved for superior tensile strength with less brittleness.
– Gold Coated aesthetic wire plated with 24 karat gold.
– Gold Tone™ heat treated to slightly higher tensile strength.
Stainless Steel Wire Options.
American Orthodontics Stainless Steel arches are made from the highest quality vacuum-remelted 304V stainless steel alloy. This ensures a pure, inclusion-free arch wire, with superior tensile strength and less brittleness. All dimensions are closely monitored with state-of-the-art laser micrometers to ensure consistent and accurate tolerances. Strict corner-radius controls ensure optimal wire-to-bracket interaction. Wire torque is vigorously controlled, to prevent unwanted vertical discrepancies. All arches are carefully stress relieved and polished to reduce breakage and excess friction.
Malleable .032 diameter posts are securely soldered to the main arch wire to provide a “sure grip” purchase point for force modules, auxiliaries, and high-pull J-hook headgear. The generous 8.3 mm length allows for great flexibility in forming various hook configurations. Simply measure the distance from the distal of one cuspid to the distal of the other cuspid to determine the proper arch size. Universal upper and lower arch forms reduce the need for excess inventory.
Multi-Strand Stainless Steel Wire.
Multi-strand stainless steel wire provides greater flexibility and resistance to fracture than equivalent single strand wire. American Orthodontics offers an excellent selection of multi-strand wire in a variety of arch forms.
A triple-stranded wire, with high springback characteristics and a superior range of deflection. It can be easily formed and will not fray or unravel when cut. Excellent for early treatment stages.
A six strand wire that can be flexed to a high degree, without taking a permanent set. It delivers a gentle, constant force making it ideal for leveling. It will not fray or unravel when cut. It is tightly wound to provide a smooth surface finish.
An eight-stranded rectangular wire with high resiliency and resistance to deformation. It is less stiff than single strand stainless steel and is useful as a “setting” arch in the finishing stage of treatment.