「iTero（アイテロ）」の
Feature／Merit

To provide short-time and high quality orthodontic treatment, we introduce the latest optical impression devise, "iTERO　Element".
It takes only 1 minute to scan the form of upper and lower tooth alignment. The high definition data may help you hold the treatment procedure visually. Besides, you can understand the final treatment result simulation. This devise is still a minority in Japan lately.

Feature1 It takes only 1 min to scan!
See simulation extemporaneously without impression. !

It takes only 1 minute to scan the form of upper and lower tooth alignment. Traditional silicon impression causes discomfort and takes time. Our iTero is the newest devise, moreover, our model and software, iTERO2.9 is the latest one of iTERO. The speed of this model is 20 times higher than old ones. Therefore, we can show you the result and simulation before and after treatment at the first visit, helping you understanding orthodontic treatment visually.

Feature2Capturing high definition digital data instantaneously within discomfort

The traditional silicone impression always accompany with discomfort, but iTERO scanning takes only 1 min comfortably. Because of the high accuracy, even the detailed shape of teeth can be scanned as digital data. It is highly precise even compared to the silicone impression. Therefore, we can perform high quality orthodontic treatment base to this data.In Invisalign treatment, fabrication of mouth piece that based on this data is also highly precise, thus discomfort of wearing decreased. Besides, it takes 8-9 weeks with traditional silicone impression to fabricate , but only several days to do it by iTERO data.

Feature3 Without x-ray completely, thus with high safety

"iTERO" is a optical scan machine, so it do not use x-ray completely. Thus it is safe even for children or pregnant. Besides, traditional impression has the problem that swallow impression materials by mistake, but ITERO does not.

Treatment Procedure

1. 1

   Scanning tooth alignment

2. 2

   Checking the alignment and shape at screen, and also simulating the final result after orthodontic treatment
   

3. 3

   Diagnosis based on this digital data