Brand: OSL

OSL Super Elastic NiTi Ovoid Archwires – Round & Rectangular | Pack of 10

The OSL NiTi Super Elastic Ovoid Archwires are designed for modern orthodontic practices seeking reliable biological force delivery. Manufactured from premium-grade Nickel Titanium, these archwires provide continuous, light-to-moderate force to ensure safe and predictable tooth movement. The pre-formed ovoid archform provides a natural anatomical template, reducing clinical chair time. Available in multiple configurations, these wires allow orthodontists to seamlessly transition from round leveling wires to rectangular detailing wires as the treatment progresses.

🏆 Purchase to earn Care Miles20 Care Miles
Customer₹200.00₹350.0042.86% OFF
Inclusive of all taxes
NITI SUPER ELASTIC ARCHWIRES -OVOID ARCHFORM(UPPER / LOWER)
WIRE DIMENTION
UPPER
LOWER
WIRE DIMENTION variation012
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation014
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation016
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation018
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation020
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation016 X 016
₹250.00/unit
₹250.00/unit
WIRE DIMENTION variation016 X 022
₹250.00/unit
₹250.00/unit
WIRE DIMENTION variation017 X 025
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation018 X 025
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation019 X 025
₹200.00/unit
₹200.00/unit
WIRE DIMENTION variation021 X 025
₹200.00/unit
₹200.00/unit
Total: 0 units  | ₹0.00

Features

  • Super Elastic Properties: Delivers consistent, gentle forces for comfortable and efficient tooth movement.
  • High Shape Memory: Excellent resilience and high resistance to permanent deformation during clinical use.
  • Standard Ovoid Archform: Designed to closely match natural arch contours, minimizing chairside adjustments.
  • Versatile Configurations: Available in both round and rectangular options to support various treatment stages from initial leveling to torque control.
  • Friction Reduction: Features a smooth surface finish to enhance sliding mechanics.
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