![]() Study Model Builder: Enables the export of 3D study models in STL format for manufacturing or exchange with Patient Management Systems. Includes 3Shape Communicate interface and enables integration to Patient Management Systems. Enables 2D and 3D measurements and Standard Analysis (Bolton, etc.). Integrates with DICOM data, 2D images (photos, ceph, etc.), and patient information. The obvious time savings compared to traditional methods of making models and the ease of working with this system are the keys to its maximum rapid development and implementation in practice.Ortho Analyzer™: Analysis and diagnostics based on 3D models. Thus, the 3Shape TRIOS Color POD intraoral scanner, supplemented with the Model Builder program, provides dentists with the widest opportunities to create digital working collapsible models, eliminating the need to apply for such services in laboratories or milling centers. The 3D model can be saved in STL format and made using any open CAM system. The virtual creation of the model is completed by the stage of substituting the basis and the model lock for the articulator. When setting the axis of the stamp position, it is desirable to be guided by the axis of the position of the sectioned tooth. In the Model Builder system, there are many options for partitioning collapsible models and adjusting the position of the stamp, even with high complexity and large divergence of teeth and implants. Next, the doctor determines the stamps of the collapsible model, marks the working and additional teeth, and sectionalizes them. Working with this program is a sequence of steps, in stages, the doctor has the opportunity to: HIGHLIGHT IMPORTANT AREAS,ĪDJUST THE OCCLUSAL POSITION OF THE JAWS, In it, first of all, a project for future restoration is created.Īt this stage, it is very important to correctly specify the type and material of the future structure, because if there are errors at the stage of creating the project, errors will inevitably appear at the subsequent stages of creating models and restorations.Īfter creation, the project is transferred to the Model Builder program. Digital impressions obtained from TRIOS are automatically imported into the Dental System modeling program from 3Shape. The process of creating a working model is very simple. But thanks to a new solution from 3Shape-the Model Builder program-dentists have the opportunity to virtually create collapsible working models of the highest quality based on digital casts obtained from the TRIOS Color POD, without leaving their workplace. Until recently, it was possible to make a high-quality collapsible plaster model only in the conditions of a dental laboratory. The production of an orthopedic structure in many cases still requires the creation of a working model. Receiving high-quality digital casts in natural color with TRIOS Color POD, the doctor can clearly demonstrate the patient’s oral situation and offer options for orthopedic treatment. Due to the visual separation between the soft and hard tissues of the teeth, the software can automatically determine the border of preparation, which, if necessary, the dentist can change manually. The TRIOS Color POD intraoral scanner from 3Shape fully meets these requirements and at the same time has a number of competitive advantages, the main of which is scanning in color. Improving the competitiveness of the clinic.Convenient ways to communicate with laboratories.Mobility and ergonomics of the intraoral scanner.Comfort for the patient (reduced visits to the doctor, reduced reception time, comfortable and fast scanning, high clinical results).The possibility of making work without plaster models.Speed in the process of obtaining digital casts and no need to re-scan.Exclusion of impression material and scanning powder from the workflow.No additional manipulations with the restoration when fixing the work.Instant quality control of the preparation and digital impression.High accuracy of digital casts, which ensures high-quality storage of restorations.A modern intraoral scanning system must meet the following basic requirements: Orthopedic dentistry, CAD / CAM technologiesĭigital technologies in dentistry are steadily replacing traditional methods of obtaining casts and working models.
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