When you smile, do you want to have a mouth of white, neat and beautiful teeth? I believe this is also what most beauty lovers hope. Therefore, many beauty agencies in the market have started to provide orthodontic services. According to relevant surveys, the global market of invisible orthodontic appliances for orthodontics will reach US $8.2 billion by 2026.


Piocreat - why use dental 3D printer to make dental invisible correctors?

As for the current dental treatment based on digital medical technology, the production of invisible orthodontic appliances, whether it is the 3D dynamic design software of the correction scheme or the professional dental 3D printer used in the production of dental models, it can be said that 3D printing technology is indispensable. Generally speaking, about 30 to 40 orthodontics are required for a scheme that needs to correct teeth, and these orthodontics need to be used to apply slight pressure on the teeth continuously to achieve the expected correction effect.

However, due to the short time interval between the replacement of the orthotics and the deviation of the data after each correction, it is necessary to customize and mass produce the orthotics for the patients in a short time, which cannot be achieved using the traditional manufacturing method. As a digital molding technology, 3D printing technology has the characteristics of accurately converting digital design into real objects, which perfectly meets the requirements of personalized and mass production. Dentists only need to use a 3D scanner to scan the patient's mouth once, and they can obtain accurate digital data of the patient's teeth, mucosa and other soft and hard tissues.

Piocreat - why use dental 3D printer to make dental invisible correctors?

Then, it is only necessary to import these data into the dental 3D printer through the computer software and the program data customized by the dentist for the patient, so as to make a dental model that is consistent with the actual situation of the patient, and use these dental models to make an implicit orthotic device that fully combines the actual situation of the patient.