graduate student
Moscow, Moscow, Russian Federation
Moscow, Moscow, Russian Federation
Moscow, Moscow, Russian Federation
employee
Moscow, Moscow, Russian Federation
Moscow, Moscow, Russian Federation
graduate student
Moscow, Moscow, Russian Federation
UDC 616.31
The presented review provides an analysis of domestic and foreign literature on the use of Russian polymer resins in additive printing and their properties. The relevance of the study is justified by the introduction of digital modeling and manufacturing technologies for surgical guides into dental practice and their active use in the daily work of dentists. The scientific literature lacks data on some key polymer properties that are crucial for practitioners. The integration of modern technologies into dentistry has revolutionized approaches to dental implantation. Surgical guides produced via 3D-printing have become one of the most important tools for achieving high precision and minimal invasiveness in procedures, even in the most complex interventions. The research materials included fundamental (dissertations, laboratory research reports) and non-fundamental (scientific articles) works by Russian and foreign authors on the subject. This article focuses on studying the market of modern domestic photopolymer materials with the necessary properties for manufacturing surgical guides using additive printing, as well as comparing them with foreign counterparts. A literature review and analysis of accumulated international clinical experience in the application of 3D-printing in dentistry were conducted. The analysis of key properties declared by manufacturers, as well as the studied data, raises questions about the need for further research into material characteristics and the impact of various sterilization methods on them.
dental implantation, surgical guide, polymeric materials, 3D-printing, polymeric resin
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