• Used throughout treatment for a wide variety of archwire progressions to simplify archwire adjustment while maintaining ideal arch form
• Used with preadjusted appliances with built-in in/out relationships
• Final Phase: Slightly expanded nature is designed to account for natural settling after ..
Ormco stainless steel wires are made of 300 series alloys to high tensile strengths in excess of 300,000 psi. They are manufactured to the highest quality for precision, providing optimum forces for arch stability, resilience, formability and
sliding mechanics...
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
A safe, precise and reliable method to achieve accurate interproximal stripping. More controllable and safer for the dentist and patient than diamond discs. Provides the flexibility that diamond and carbide burs can’t. Faster and more comfortable for the patient than manual hand stripping...
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
The broad, natural archform is the preferred shape for most clinical applications. TruFlex Thermal NiTi is provided in the martensitic or soft and pliable state and becomes super elastic once it reaches the transformation temperature of 90°F/32°C and becomes activated or austenitic. TruFlex Thermal ..
The broad, natural archform is the preferred shape for most clinical applications. TruFlex Thermal NiTi is provided in the martensitic or soft and pliable state and becomes super elastic once it reaches the transformation temperature of 90°F/32°C and becomes activated or austenitic. TruFlex Thermal ..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Force Levels Between Nickel Titanium and Stainless Steel, Nickel free
The BetaForce Beta Titanium archwires are nickel-free with properties that fall between the bendability of Stainless Steel and the flexibility of Nickel Titanium. BetaForce wires have a smooth, polished surface for excellent slidi..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
Orthos is derived from computer-aided anatomical analysis of hundreds of orthodontic cases and was the first scientifically
based, computer-engineered, coordinated system of brackets and wires. The bracket geometries and a coordinated arch form are
designed to help reduce the common challenges of ev..
The same great features as regular TruFlex NiTi archwires combining the advantages of super elastic, continuous force levels and the benefits of a reverse curve. RCS TruFlex NiTi are designed for bite opening and closing due to deep or open bites and also provides excellent leveling and alignment...
The broad, natural archform is the preferred shape for most clinical applications. TruFlex Thermal NiTi is provided in the martensitic or soft and pliable state and becomes super elastic once it reaches the transformation temperature of 90°F/32°C and becomes activated or austenitic. TruFlex Thermal ..