Modern dentistry is undergoing a large-scale digital transformation in which digital tools and integrated workflows are restructuring professional roles and clinical trajectories.<\/p>\n
In this context<\/strong> the key factor of progress becomes not only the development of technologies but also the effective translation of knowledge between laboratories and clinics; an interview with master technician<\/strong> Felix Paul Wright at Dentsply Sirona World Germany<\/strong> in Bonn demonstrates the practical aspects of integrating CAD\/CAM<\/strong>, 3D printing<\/strong> and artificial intelligence<\/strong>, the material represents an extended interview with analytical reflection on practice, including examples of clinical cooperation and the implementation of digital protocols.<\/p>\n 3D printing<\/strong> radically accelerates the design and production of complex restorations, increases reproducibility and predictability of clinical outcomes; the presence of nine 3D printers in Wright’s laboratory illustrates the transition from single prototyping to an industrial organization of small series and certified workflows.<\/p>\n From the standpoint of clinical significance 3D printing is used for the manufacture of surgical guides, temporary restorations, laboratory models, bases of removable dentures and casting models \u2014 while key factors remain post-processing control, polymerization and certification of biocompatible materials; this requires strict validation of each stage \u2014 from printer calibration and layer control to documentation of polymerization conditions and mechanical testing.<\/p>\n Integrated CAD\/CAM process<\/strong> in the clinic ensures predictability and reduction of treatment time intervals, becoming a standard tool for collaboration between technicians and clinicians; this includes intraoral scanning, processing of tomographic DICOM data, virtual planning, transfer of STL\/PLY files to the laboratory and fit control on models or directly in the oral cavity.<\/p>\n Practical effectiveness is achieved through standardized communication protocols \u2014 unified rules for file labeling, requirements for tolerances and preprint verification, verification of fit on digital models and end-to-end protocols for validation of fit and occlusion; in such a scenario the laboratory acts not only as a manufacturer but also as a clinical partner in planning, simulation and outcome prediction.<\/p>\n Continuous professional development becomes part of an educational ecosystem based on evidence-based medicine and synchronization of standards; Wright’s career \u2014 beginning in 2006 and confirmed mastery in 2017 \u2014 serves as an example of a reproducible path from practice to mastery through targeted training and practice.<\/p>\n3D-\u043f\u0435\u0447\u0430\u0442\u044c \u043a\u0430\u043a \u043a\u043b\u044e\u0447\u0435\u0432\u043e\u0439 \u0444\u0430\u043a\u0442\u043e\u0440<\/h2>\n
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