Aditek Super Elastic Rectangular NiTi Arch Natural Shape 10pcs

The Aditek Super Elastic Rectangular NiTi Arch Wire Natural Shape is built for the working and finishing stages of orthodontic treatment, where torque expression and precise control matter more than initial alignment. Sold in Egypt through MedSTA in .016"x.022", .017"x.025", and .018"x.025" sizes for both upper and lower arches.

Clinical Uses

• Working and finishing phases requiring torque control on anterior and posterior teeth
• Rotational correction and full bracket-slot engagement once initial leveling is complete
• Progressive step-up from round NiTi wires as treatment advances

Key Features

• Super Elastic NiTi Alloy — consistent force with minimal patient discomfort
• Rectangular Design — enhances torque control and finishing precision
• Natural Arch Form — preformed to match natural dental curvature for ideal alignment
• Smooth, Polished Surface — reduces friction and improves sliding mechanics
• Corrosion-Resistant Material — long-term durability and stable performance
• Progressive Sizes — .016"x.022", .017"x.025", .018"x.025" for every working stage

Specifications

Why Buy From MedSTA

• Genuine Aditek archwires sourced for the Egyptian orthodontic market
• Still in early alignment? See the Aditek Super Elastic Round NiTi Arch Wire for initial leveling
• Browse the full Orthodontic Archwires collection and Orthodontics category at MedSTA

FAQ

When do I switch from round to rectangular wires?
Once initial alignment and leveling with round NiTi wires are complete and you need to start expressing torque and fully engaging the bracket slot, typically moving to a rectangular wire like .016x.022.

What's the difference between .017x.025 and .018x.025?
Both express similar torque given the same 0.025" height, but the taller .018" width fills a 0.022" slot more fully for stronger torque control; choose based on your bracket slot size and case needs.

Can I use the same size for upper and lower arches?
Sizes are shared across the range, but upper and lower are separate variants because the preformed arch shape differs between the two arches.