Hybrid, artificial bone tissue implant absorbing mechanical vibrations, whose architectural structure imitates trabecular bone, allowing the saturation of bone marrow, blood, and nutrients, supporting autological regeneration, which can be used with titanium structures

A method of obtaining a three-dimensional polymer and β-tricalcium phosphate (β-TCP) scaffold structure (tissue scaffold) that allows/supports cell infiltration using an additive manufacturing process, coating with physiological buffered HA solution with deep coting method, and obtaining a biological tissue implant that allows an use of titanium mesh plate or contoured structures to increase a transmission rate of growth factors and expand the areas, wherein

• filament layers, which are connected to each other at angles that will support extracellular matrix (ECM) interaction and overlapped by connecting at 90 degrees with each other,
• overlapping the third filament layer as oblig,
• supporting vascularized tissue formation of the obtained structures together with osteoconductive effect in 50-70 micron pore structure,
• increasing a deep encapsulation of hyaluronic acid into the body by creating micro cracks on the body with the cryo-shock method or vacuum drying system of the three-dimensional tissue scaffold formed as a result of extrusion, and
• attachment and coating of the empass or hot polymer to a surface of the titanium mesh by extrusion.