What are the different sizes of orthodontic elastics?

The orthodontist selects an appropriate size based on the force necessary for correction. The different sizes include 1/8 inch, 3/16 inch, 1/4 inch, 5/16 inch, and 3/8 inch options. Some bands come in colorful varieties and some only come in clear options.

What are the heaviest elastics?

The elastic wear is prescribed by an orthodontist or a dentist in an orthodontic treatment. The longevity of the elastic wear may vary from two weeks to several months….Elastic forces.

Force Rating Force (oz.) Force (g)
Medium-Heavy 5 1/2 oz. 155.9 g
Heavy 6 oz. 170.1 g
Extra Heavy 8 oz. 226.8 g

Are all elastics the same for braces?

Rubber bands are diverse, coming in different sizes, force categories, and materials. They can also be arranged into different conformations, depending on your treatment plan. Not everyone will have rubber bands with their braces. In fact, there are several alternatives that may be used.

Does the size of elastics matter?

The size differences are necessary since adequate force levels are needed for various positions on the teeth. For example, if a patient is wearing a long Class II elastic, a very small, tight elastic may not allow the patient to open their mouth very well. It may also place too much force on the teeth.

Are elastics the last stage of braces?

This can be the last phase, so if you are wondering, “are elastics the last stage of braces,” the answer is “yes” if your braces are there to also help with bite correction. Now, if your bands are there to help move your teeth, you may need to start using them during the earlier phases of this treatment.

Do elastics move your jaw?

Orthodontic elastic bands are an important part of your orthodontic treatment. They are an essential tool for moving your teeth and jaw into the proper alignment.

How often should I change my elastics for braces?

You should change your elastics 3-4 times a day, at the very least every 12 hours, even if they are not broken, because after a while they lose their strength and elasticity.