Orthodontic Button Chain

Orthodontic Button Chain – Impacted Tooth Eruption

Key Features:

• Bondable Button – Small, smooth stainless steel button that bonds directly to impacted tooth surface
• Elastic Chain System – Elastomeric chain provides continuous, controlled light force for gradual tooth movement
• Customizable Force Levels – Available in multiple chain strengths for varying treatment intensities
• Compact Design – Minimal space requirements, ideal for crowded or tight surgical sites
• Biocompatible Materials – Stainless steel and medical-grade elastomer ensure safety and durability
• Versatile Placement – Suitable for canines, premolars, and multiple impacted teeth
• Discreet Appearance – Clear chain and small button provide aesthetic advantage over traditional appliances

Primary Uses:

1. Impacted Canine Eruption – Most common application for guiding surgically exposed canines into the arch
2. Open Eruption Technique – Traction on fully exposed impacted teeth with visible button and chain
3. Closed Eruption Technique – Chain emerges through gingiva for traction without full tooth exposure
4. TAD/Mini-Screw Integration – Connects to Temporary Anchorage Devices for enhanced directional control
5. Space Closure & Repositioning – Moves displaced, rotated, or crowded teeth into alignment
6. Multi-Tooth Impaction – Manages simultaneous impaction of multiple teeth (canines with premolars)

Clinical Benefits:

✓ Preserves natural dentition by avoiding extractions

✓ Conservative alternative to surgical repositioning

✓ Precise directional control of orthodontic force

✓ Compatible with all major orthodontic techniques

✓ Seamless integration with brackets, archwires, and existing appliances

✓ Reduces overall treatment timeline through early guided eruption

✓ Superior aesthetic and functional outcome vs. prosthetic/implant replacement

✓ Minimal patient discomfort with gradual force application

Ideal For: Orthodontists, oral surgeons, and dental specialists managing impacted tooth cases requiring minimally invasive eruption guidance with maximum precision and control.