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 Archwire Changes
- Longer Treatment Intervals
NT3™ SE NiTi - Nickle Titanium Arch Wire
- Fully active at room temperature
- Exhibits excellent springback
- 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
Dimpled (Permanent Centerline)
The distinct upper and lower gable bends anchor the arch wire between the central incisors, preventing the wire from shifting and springing free from the buccal tubes. This unique feature minimizes emergencies and prevents asymmetry problems. It also eliminates the need for time-consuming cinch-back bends.
Coated with 24 karat gold, these Force I arches blend tastefully with our "Forever Gold" brackets, with little compromise in function. Designed specifically to help you meet the needs of patients who prefer aesthetic appliances.
Reverse Curve of Spee
Our reverse curve arches are recommended for bite opening/closing and to correct curve of Spee irregularities. The rectangular arches are specifically designed for "low maintenance" space closure of extraction spaces. They act three-dimensionally to counteract unwanted tooth movement caused by closing chain.
Reverse Curve of Spee - Straight Leg
This modified reverse curve arch has all of the features of our standard "RCS" arch, except that the molar "toe in" has been eliminated. The distal legs are straight in order to minimize excess distal-lingual rotation of molars. Additionally, the anterior segment has been widened slightly to minimize cuspid-to-cuspid constriction. It's an excellent choice when molar tip-back bends are required to provide additional anchorage.
These 7 inch (17.5 cm) straight lengths of superelastic Force I wire can be used to create sectional wires and special auxiliaries. Its high resiliency requires considerable over-bending to achieve the desired form.
Superelastic Force I nickel titanium available in 15 foot (14.6 m) spools.
Force II Titanium Memory Wire
Fully austenitic at room temperature, Force II delivers a heavier force than Force I, although still well below the forces generated by stainless steel. It is an excellent choice when bends are required in the arch wire. The additional stiffness makes it suitable as a retraction arch. It is generally used in beginning to middle treatment stages. Excellent for stubborn rotations.
Titanium Memory Wire Terminology
Loading force: Force required to deflect or load arch wire into the slot.
Unloading force: Working or rebounding force that moves teeth as the wire is returning to its original form.
Transition force: The difference between loading and unloading forces.
Martensitic state: Cold or softest state of titanium wire. "Martensitic" or thermal arches are in this condition at room temperature.
Austenitic state: Stiffest, most resilient state of titanium wire. "Austenitic" arches are in this state at room temperature.
Transformation: The change from Martensitic to Austenitic state, generally induced by temperature increases.
Superelastic: Highly resistant to permanent deformation and able to maintain relatively constant forces during rebound.
Shape Memory: The ability of a wire to remember its original shape, even after being deformed.
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