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Digitalization of oral clinics is now relatively common

Digitalization of oral clinics is now relatively common


Oral SaaS system

      The oral SaaS system is also known as the management software of the dental clinic. It is a comprehensive platform that uses Internet technologies such as cloud computing to track and manage the oral clinic. In addition to the Outcl. SaaS system, it can conduct services such as outpatient diagnosis and treatment, electronic medical records, doctor management, charging management, financial statistics and other services, and can also realize the storage of outpatient data information and third -party applications to the external connection.


       The cone beam CT (CONE BEAM CT), that is, the cone beam application computer restructuring fault image equipment. The principle is that the X -ray generator uses a lower amount of ray and The data obtained in the "intersection" after multiple digital applications "reorganize" in the computer, and then obtained three -dimensional images.

      The CBCT device can build a three -dimensional image of the research object, overcoming the disadvantages of the facial soft tissue in the X -ray leading measurement system, the positioning of orthodontic parameters is easy to distort, doctors do not understand the patient's facial space. Formulate and analyze the results of the treatment. The application of CBCT involves the treatment of dental pulp disease, dental planting, orthodontics, oral and maxillofacial surgery, periodontal disease and oral tumor.

Scanner in the mouth

       In simple terms, the in -mouth scanner is to scan the patient's oral information as a device that can be recognized by the computer. The digital diagnosis and treatment model has been recognized by the industry as the development trend and mainstream technology of oral restoration in the future, and the in -mouth scan is the entrance of digital dental dental. Its scanning accuracy determines the accuracy of subsequent digital modeling, which will affect the effects of all the follow -up behaviors.

      The in -mouth scanner is mainly used for small high -precision three -dimensional scans such as oral diseases, dentistry, scientific research, and dental technical room production. Compared with traditional inspection methods, the in -mouth scanner has material saving, high accuracy, strong flexibility, high comfort, etc. Advantages, therefore, in the dental departments of major dental hospitals and comprehensive hospitals, it has become more and more widely used.

      The scanner in the mouth has a high technical threshold, and the scanning accuracy is the most important indicator of the clinic. At the same time, although the accuracy of the three major areas of orthodontics, restoration, and planting has certain requirements, there are different points in various fields, so the applicability of the scanner has become another indicator of product quality.

Dental 3D printing

      3D printing, also known as "additional material manufacturing", is based on 3D model data. It uses a layer -by -layer material manufacturing method to manufacture the product manufacturing method that is completely opposite to the traditional reduction of materials (processing models of raw materials removal, cutting, and assembly).

      Compared with the reduction manufacturing model, 3D printing has the advantages of high precision, saving materials, and high customization. Some objects with complex internal structures are difficult to use traditional reduction manufacturing methods. If production is produced, it is necessary to customize production equipment separately, which is time -consuming and laborious. At the same time, the traditional reduction of materials can only be diluted only through batch production standardized products. Therefore, secondary processing is needed when applying to industries with strong customized demand, and the efficiency is relatively low.

The emergence of 3D printing provides ideas for solving the above problems. The characteristics of high -precision and highly customized 3D printing are in line with the field of dentistry, and there are extensive use scenarios in the field of dental. At present, 3D printing has been applied in the fields of orthodontics, tooth repair and teeth planting.

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