Apresyan Samvel Vladislavovich (RU),Апресян Самвел Владиславович (RU),Kravets Pavel Leonidovich (RU),Кравец Павел Леонидович (RU),Stepanov Aleksandr Gennadevich (RU),Степанов Александр Геннадьевич (RU
申请号：
RU2020107774
公开号：
RU0002721891C1
申请日:
2020.02.20
申请国别(地区):
RU
年份:
2020
代理人:
摘要：
FIELD: medicine.SUBSTANCE: invention refers to medicine, namely to orthopedic dentistry, and can be used for making prostheses with complete absence of teeth. Method of making removable dentures, including cone-beam computed tomography, creation by means of optical scanners of three-dimensional models of jaws, head and face of patient, comparison of obtained images in virtual space of software CAD/CAM system. Using anthropometric indices of patient's face, interalveolar height and articulation movements, performing three-dimensional modeling of prosthesis basis and setting teeth, physical models of a jaw, teeth-antagonists and a prototype of a removable denture are made by means of 3D printing of virtual modeled objects. A prototype prosthesis of a removable dental prosthesis in an oral cavity of the patient is tried, approved and selected, after which the virtual image of the prototype of the prosthesis is divided into dentures and a base. On inner surface of teeth facing prosthesis base, formed recesses for mechanical retention during subsequent connection with prosthesis base, simultaneously in basis of prosthesis in projection of formed in denture recesses modeling congruent to holes response elements, then dental rows are milled or printed from medical polymer, wherein color of polymer corresponds to color of patient's teeth. Prosthesis base with dental holes and retention elements is milled or printed from rose-red polymer with color corresponding to gum color. Further, the inner base of the previously printed prototype of the prosthesis, corresponding to the prosthetic bed, is fixed on hard dental silicon, and the obtained silicone pored-in material is fixed by means of articulation wax on the lower platform of the verticulator. Then, using the same method, rigid dental silicone is fixed on the upper platform of the verticulator, which covers the dental arches of the previously printed prototype. Further, the platforms of the verticulator is rigidly fixed by
