Orthodontic treatment is a restorative and corrective procedure on your dental formula. You’ll rely on these procedures to straighten or move your teeth, ensuring that you get a more beautiful smile in the long run. Various devices, equipment, and technologies are used in this treatment, including braces. Understanding the different new technologies in the field is vital. These elements include the following.
Intra-Oral Scanning
Today, various professionals are adopting intraoral scanning technology. It relies on a handheld device to create a digital impression of the dental cavity. Its built-in software helps scan and transmit the graphics in 3D. Usually, the technology captures various details, including the soft and hard tissues located in the oral cavity.
This technology provides clear graphics of the inner dental cavity, allowing the dentist to make informed decisions. Its efficiency implies that you’ll save a significant amount of time in the long run. At the same time, you are confident of better accuracy levels. The scanning process is significantly straightforward and transparent, meaning that it can help provide patient education.
Digital X-rays have also become common. They provide the orthodontist with more detailed views of the dental cavity, making it easier to identify issues.
Temporary Anchorage Devices
Temporary anchorage devices are an excellent choice whenever you want to enhance orthodontic anchorage. This anchorage happens in two ways: supporting the teeth of the reactive unit or preventing the need for the reactive unit. Usually, these devices are attached to the teeth, where they help in midline correction, bite closure, and gap closure. They can either substitute or supplement elastic.
Thanks to the advanced technology used to make these devices, predicting tooth movement has become easier. This prediction significantly lowers the amount of time for treating whichever condition. At the same time, they facilitate better teeth movements that could otherwise not have happened.
In addition, TADs are significantly affordable, both in the short and the long term. They will help prevent intrusive procedures, cushioning you against costly surgery. Their flexibility implies that you can use them in any part of the mouth.
Lingual Braces
Undoubtedly, lingual braces have been around for a relatively long time. These devices require an orthodontist to attach brackets to the inner part of the teeth. Yet, various changes have happened over the years, calling for a relook at the technology behind them.
For instance, most manufacturers have embraced computer-aided manufacturing and computer-aided design. The idea is to get customized teeth alignment braces. Each lingual brace is made to fit a particular tooth, matching every contour. According to Gainesville orthodontics professionals, this extra technology implies that lingual braces will become more effective.
Advanced Wires
Thanks to new technology, advanced and more reliable wires are available. Most professionals today prefer copper-titanium and nickel wires, which are considerably robust, durable, and easy on the teeth. These wires can bend and tighten more naturally, ensuring that you have a more straightforward recovery process. With this, you will no longer need to visit the dentist frequently.
At the same time, robotic wire-bending technology is worth considering. This technology uses a digital scanner to help create perfect and more accurate bends around the teeth, ensuring better efficiency. Robotic wire bending assistance provides flexibility and convenience, allowing the orthodontist to do the job swiftly.
Others might prefer ceramic braces, which are an excellent alternative to traditional braces. They come with a wire and bracket to help keep the teeth aligned. These brackets and wires are strong enough to apply considerable pressure on the teeth, guaranteeing better and long-term results.
In conclusion, thanks to technological advancement, the orthodontist field is undergoing immense change. These changes aim at making the process smoother and relatively shorter.
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