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A visible light-activated direct bonding material: an in vitro comparative study.

M A Tavas, D C Watts

British Journal of Orthodontics

|January 1, 1984

Summary

This study shows visible light cured orthodontic bonding agents perform as well as commercial options. These materials offer handling benefits and meet clinical force resistance standards.

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Area of Science:

Biomaterials Science
Orthodontic Materials Research
Dental Adhesives Technology

Background:

Orthodontic bonding agents are crucial for bracket adhesion.
Visible light curing offers potential handling advantages over traditional methods.
Evaluating the mechanical performance of new bonding agents is essential for clinical application.

Purpose of the Study:

To assess the mechanical properties of a visible light cured orthodontic bonding agent.
To compare its performance against existing commercial orthodontic adhesives.
To determine its suitability for clinical use based on force resistance.

Main Methods:

Mechanical testing of a visible light cured orthodontic bonding agent.
Evaluation of shear/peel bond strength.
Assessment of bond integrity within the initial minutes of application.

Main Results:

The visible light cured bonding agent demonstrated comparable effectiveness to commercial adhesives.
The material exhibited advantageous handling characteristics.
The adhesive showed expected resistance to 4 kg of force in shear/peel mode shortly after application.

Conclusions:

Visible light cured orthodontic bonding agents are a viable alternative to traditional adhesives.
These agents offer practical handling benefits for orthodontic procedures.
The tested material meets the minimum force resistance requirements for clinical usability.

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