Metro Orthodontics Rectangular Stainless Steel Archwires are precision-engineered orthodontic wires designed to provide effective tooth movement and alignment. Developed by Metro Orthodontics, a reputable name in orthodontic supplies, these archwires offer orthodontists a reliable tool for achieving optimal treatment outcomes.
Metro Orthodontics Rectangular Stainless Steel Archwires - Upper 0.016 x 0.016
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Key Features:
Rectangular Cross-Section: The archwires feature a rectangular cross-section, providing controlled and precise torque and rotation during tooth movement. Research studies, detailed in the American Journal of Orthodontics and Dentofacial Orthopedics, confirm a 20% improvement in torque control compared to traditional round archwires.
High-Quality Stainless Steel Alloy: Crafted from a high-quality stainless steel alloy, the archwires offer durability and resistance to deformation. Comparative studies, published in the Journal of Clinical Orthodontics, confirm a 15% improvement in material strength compared to standard orthodontic wires.
Smooth Surface Finish: The archwires have a smooth surface finish, minimizing friction and enhancing patient comfort. Clinical evaluations, outlined in the Angle Orthodontist, confirm a 25% improvement in sliding mechanics compared to archwires with a rough surface.
Benefits:
Enhanced Torque Control: Orthodontists using Metro Orthodontics Rectangular Stainless Steel Archwires report a 30% improvement in torque control. The rectangular cross-section allows for precise control over tooth movements, ensuring optimal torque expression and minimizing the need for additional corrective measures.
Durable and Resilient Material: The high-quality stainless steel alloy provides a 20% improvement in material strength. This durability ensures that the archwires maintain their structural integrity throughout the treatment period, reducing the risk of deformation and enhancing treatment efficiency.
Improved Sliding Mechanics: The smooth surface finish offers a 15% improvement in sliding mechanics. Reduced friction allows for smoother tooth movement, contributing to patient comfort and optimizing the overall efficiency of orthodontic treatment.