Orthodontics "Wire", "Conventional mouthpiece", "Invisaline" What is different?[Dental commentary]

Dental correction is known as a very general medical practice in the world.In addition, the technology is a daily routine, and treatment methods are being developed every day that has less burden on patients and can easily obtain the effect.Here, we will explain the characteristics of the most traditional wire correction in the history of orthodontic treatment, the orthodonty that takes the mold with silicon, and the invaserine.

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The dentition treatment in the United States was mainly wires ...

Invisaline is a orthodontics performed with a transparent mouthpiece.It was developed in the United States, started sales in the United States in 1999, and started sales in Japan in 2006.Currently, it has been introduced in 100 countries and regions worldwide, and has been treated by 10 million patients (as of May 2021).

It is often asked, "How is Invisaline and the conventional mouthpiece correction?"One of the differences between both sides is whether the mortar and design of the mouthpiece are "digital".

In recent years, the mainstream of American orthodontics has changed from conventional wire correction to Invisaline.

Traditional mouthpiece corrections must be visited every 1-2 weeks, and each time while watching the movement of the teeth, the mouthpiece to be replaced is required, but in fact, the task of taking this tooth type is.It is a burden for both patients and doctors.

First, press the muddy silicon impression material against the patient's teeth.The patient must wait until the silicon hardens.Some people feel sick of their discomfort and have a sense of vomiting.

Moreover, if it is deformed when removing the teeth, or if the silicon is not firmly adhered to the teeth, it must be started from scratch.The burden on both the patient and the doctor is very large.Furthermore, when I installed the finished mouthpiece, it did not fit the patient's teeth.

Invisa line that "digital scan" in the oral cavity

On the other hand, on the Invisaline, the oral cavity is digital scanning using a 3D scanner called "Itero".With a stick -shaped camera, you can shoot at a speed of about 6,000 copies per second at a speed of about 6,000, so you can grasp the oral situation in a shorter and more precise way.Moreover, the finished mouthpiece is much more accurate than using silicon and fits surprisingly.

Furthermore, the simulation software called "Clin Check" allows you to simulate how your teeth move, as well as the current teeth, so you can see the treatment plan visibly."If you continue to treat and get your teeth like this, let's do our best."That's why it's easier to get results than continuing the wire orthodontics with anxiety, saying, "Is it really painful?"

In the conventional mouthpiece correction, it was necessary to check the condition of the patient's teeth every time I went to the hospital and create a mouthpiece many times, but in the case of Invisaline, the first digital scanning was completed until the treatment was completed.It is possible to make all mouthpieces.

The reason why it can be done is that huge cases of patients around the world who have been orthodontic treatment on Invisaline in the past are collected as data.

In addition, clinching is excellent in that it can be compared with simulation when tooth extraction is not performed.Personally, I don't want to choose to remove the patient's teeth unless there is a good thing, but for patients, it is better to show specific patterns of patterns.Various simulation is possible even if the implant is originally included.

The more cases of Invisaline, the higher the accuracy of the clin check.Invisaline has been evolving every day at tremendous speed, against wire correction, which has not changed much since 100 years ago.

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