Orthodontic Materials

The components used to provide orthodontic treatments and to construct orthodontic devices, orthodontic materials are used in specialty orthodontic practices as well as general practices that provide Orthodontic Bracket services. These materials are used to plan and provide treatments for malocclusions, and often these materials are used in the fabrication of an orthodontic appliance. The materials required for an orthodontic case depend largely on the clinical situation and the treatment plan being pursued, and it is not uncommon for some orthodontic materials to be ordered on a case by case basis. For this reason it makes sense practice for a practice to be well versed on what is available in order to offer the best options for its patients.

What Types of Orthodontic Materials are Available for My Practice

The orthodontic materials you will need in your practice will most often be determined by the specifics of the case being treated. If the treatment calls for an Orthodontic Buccal Tube appliance such as braces, you will want to have Dental Archwires And Spring, bracket cement, and might want to consider indirect bonding to make bracket placement more precise and efficient. Cases requiring bands or space maintainers will require you to have space maintainers and wires, or space maintainer kits, and possibly band cement. Major orthodontic and orthognathic treatments could require anchorage in either screw or miniplate form. Regardless of the appliance being created, orthodontic stone for creating orthodontic models, and orthodontic polishing materials for finishing appliances are materials that should be kept on hand.

How Do I Select Orthodontic Materials for My Practice?

Because the Orthodontic Band materials you will need depend completely on the appliances and the treatments you plan to provide to patients, selecting materials can often be managed a case at a time. However, many orthodontic materials are designed to be used as a part of a system, so it is important to stay familiar with the available options and to try out new options and approaches so you remain ready to meet any orthodontic needs you encounter.

Dental Instruments are the tools used by dental specialists to give oral health treatment. It is essential for dental clinics to have a wide range of instruments so that dentists and orthodontists can provide dental surgery. In addition, these dental surgical instruments can examine, treat, manipulate, restore, and remove teeth and surrounding oral structures. There are numerous surgical instruments used in medical and dental practice. In any case, the following tools are some of the primary devices you can usually notice in the dentist’s office.

Undoubtedly, the greatest move in the right direction came about with the introduction of the third generation of dentinal adhesives. By removing the smear layer and allowing the monomers to penetrate into the dentinal subsurface, the bond strengths not increased but were more stable.10-14 Adhesion to the dentin now, approached that of enamel bonding.

While these latter systems have been used by many clinicians for a number of years, the greatest improvements came about just prior to 1990. The introduction of the total etch15,16 which consisted of etching both the enamel and dentin with phosphoric acid, resulted in a redirection of the methods for bonding as well as the mechanism of adhesion. The introduction of this so-called “fourth generation” bonding system is the basis for the current formulations that have been shown to be so successful.

FOURTH GENERATION DENTIN ADHESIVE

In essence the Dental Adhesives consisted of three basic components. These included the acid etching agent, a primer and an adhesive. All three were applied separately in a carefully controlled sequence. The acid etchant removed the hydroxyapatite amongst the collagenous fibers both on the surface of the cut dentin as well as within the dentinal tubules. After washing, and minimal drying, the surface was treated with the primer.

The chemistry of the dentin primer was so designed that it could effectively remove the intercollagenous water (introduced by washing of the etched surface) and fill in all vacancies created by the etching process itself. The final stage required the application of the so-called “adhesive” agent. This component was necessary to affect a bonding of the overlying composite resin restorative material to the already primed and hybridized surface.