Aim. Using metallography to determine the architectonics wire mesh implant made by the method of stereolithography. In the experiment to compare the structure of different materials and their degree of fixation in the bone (wire mesh of titanium, Plekon and porous titanium).
Material and methods. The paper presents the simulation results, fabrication of the implants, which perform cellular structure (cell Wigner-Seitz). When applied three-dimensional modeling system, and in the production – technology stereolithography. The results of the research porous implants from titanium using a universal metallographic microscope Altami MET-5D by increasing from 50Х up to 200X.
Results. It was found that the surface of the walls are not smooth, but bumpy due to the microscopic depressions and protrusions of the metal. The cone micro canals are clearly seen, scattered that some of them are cross-cutting, others end blindly. In the microchannel jumpers implant founded sprouted connective tissue filling all the space, the density is not inferior to the connective tissue located in the cells. Established that the fourth degree of fixation of mesh implants was identified in 55.6% of the animals of porous Placona-M - y 28.6% of the subjects, of porous titanium – 41,6%, indicating a high reparative properties of cellular structures.
Conclusions. The Jumper forming cells of the implant structure have a structure of porous titanium with reparative properties. IV the degree of fixation of mesh implants was identified in 55.6% of animals, indicating a high reparative properties of cellular structures.