Name: OSL Heat Activated NiTi Ovoid Form Archwires - Rectangular (Pack of 10)
Brand: OSL
SKU: 6BOJEZ
Price: 450 INR
Availability: InStock

• Heat-activated NiTi alloy provides shape memory and superelastic properties

• Activated by oral temperature for consistent and controlled force delivery

• Rectangular wire profile offers enhanced torque and rotational control

• Ovoid arch form closely matches natural dental arch anatomy

• Delivers gentle, continuous forces for patient comfort

• Ideal for intermediate and finishing stages of orthodontic treatment

• Excellent flexibility combined with precise tooth control

• Smooth surface finish reduces friction and soft tissue irritation

• High-quality material ensures durability and corrosion resistance

• Supplied in packs of 10 for convenient clinical use

Detail Description

The OSL Heat Activated NiTi Ovoid Form Archwires – Rectangular are advanced orthodontic archwires engineered from premium heat-activated nickel-titanium alloy. Designed with an anatomically contoured ovoid arch form, these rectangular archwires conform closely to natural dental arch anatomy while delivering gentle, continuous forces activated by body temperature. Their shape memory and superelastic properties provide enhanced torque and rotational control, making them ideal for intermediate and finishing stages of orthodontic treatment. Supplied in packs of 10, these archwires ensure predictable, efficient, and comfortable tooth movement.

• Pack of 10 Heat Activated NiTi Ovoid Form Archwires – Rectangular

• Product Type: Orthodontic heat-activated archwire

• Material: Heat-activated nickel-titanium (NiTi) alloy

• Arch Form: Ovoid

• Wire Shape: Rectangular

• Application: Intermediate and finishing orthodontic stages

• Properties: Shape memory and superelasticity

• Force Delivery: Gentle, continuous force activation

• Pack Size: 10 archwires per pack

• Provides superior torque expression and rotational control

• Adapts to natural dental arch morphology for improved treatment efficiency

• Activated by intraoral temperature for predictable force application