• Flexibility: Offers exceptional flexibility for controlled tooth movement.
• Shape Memory: Exhibits excellent shape memory properties for consistent force application.
• Compatibility: Compatible with various orthodontic bracket systems.
• Size Options: Available in multiple sizes for versatility and customization.
• Thickness: Designed to provide optimal torque and control during tooth alignment.
• Durability: Resistant to deformation, minimizing the risk of wire breakage.
• Treatment Benefits: Enables precise arch alignment, bite correction, and arch leveling.
• Versatility: Suitable for a wide range of treatment approaches in orthodontics.

U ortho Niti Reverse Curve Arch Wire-Ovoidis an innovative orthodontic solution designed to tackle complex dental cases with utmost precision and control. Crafted from high-quality Niti (Nickel Titanium) alloy, this arch wire delivers exceptional performance and enhances treatment outcomes.The Niti Reverse Curve Arch Wire-Ovoid apart from its unique ovoid shape, offers several advantages, including improved torque control and rotational stability. This enables to achieve highly accurate and controlled tooth movements, resulting in optimal alignment and correction. The Niti alloy utilized in this arch wire exhibits outstanding flexibility and remarkable shape memory properties. It maintains its shape even under pressure, providing consistent force throughout the treatment process. This feature is vital for achieving desired tooth movements while minimizing the risk of wire deformation or breakage. Specifically tailored to address challenging cases such as reverse curve situations, the Niti Reverse Curve Arch Wire-Ovoid excels in its ability to counteract the natural curvature of teeth. By applying appropriate forces, orthodontists can effectively align and level the dental arch, resulting in improved occlusion, aesthetics, and overall oral harmony. The compatibility of the Niti Reverse Curve Arch Wire-Ovoid with various orthodontic bracket systems ensures its versatility and applicability in a wide range of treatment approaches. Orthodontists can seamlessly incorporate this arch wire into their existing protocols, streamlining their practice and delivering consistent results.

• Material: Niti (Nickel Titanium) alloy.
• Shape: Ovoid.

• 1 x Pack of 2 Wires

• Select the appropriate size of the Niti Reverse Curve Archwire based on the patient's dental anatomy and treatment needs.
• Ensure proper disinfection of the archwire before use, following standard infection control protocols.
• Prepare the patient's teeth for archwire placement by properly cleaning and drying the tooth surfaces.
• Begin by inserting the Niti Reverse Curve Archwire into the orthodontic brackets, starting from one end of the dental arch.
• Gently guide the archwire through each bracket slot, ensuring a secure fit and proper engagement.
• Use appropriate orthodontic pliers or instruments to apply necessary adjustments and bends to the archwire, as per the treatment plan and desired tooth movements.
• Pay close attention to the reverse curve portion of the archwire, ensuring it is positioned correctly to counteract the natural curve of the teeth.
• Verify the placement and alignment of the archwire using clinical judgment and intraoral examination.
• Once satisfied with the positioning, securely fasten the archwire to the brackets using ligatures or other suitable methods.
• Instruct the patient on proper oral hygiene practices and any necessary precautions to take while wearing the Niti Reverse Curve Archwire.
• Schedule regular follow-up appointments to monitor the progress of the treatment, make adjustments as needed, and ensure the archwire is functioning effectively.
• When the desired treatment outcome is achieved, remove the Niti Reverse Curve Archwire using appropriate orthodontic instruments and replace it with the next phase of treatment or the final archwire.

• This product does have any warranty.

Question) How do I select the appropriate size of the archwire?

Answer: The size of the archwire should be selected based on the patient's dental anatomy and treatment needs.