1) Development of a technique for planning a surgical operation using 3D-technologies.
From two-dimensional images to three-dimensional objects (CT and MRI)
Quickly perform segmentation, study, design, and manipulate directly on anatomical data.
The operation time can be shortened by performing an operation simulation on the patient data.
Drawing up a plan of operations, based on preliminary assessment of the data obtained by different methods and approaches, to check the correctness of manufacturing implants to order and to make changes in the plan of operation
Production of anatomical models of patients based on CT and MRI data using additive production technology.
2) Production of individual through screw dental implants.
? New screw-through design with reinforced internal stiffeners.
? It is impossible to produce by standard methods of prototyping, only with the help of SLM technology.
? New material (Ti6Al4V + paracetamol (pharmaceutically appropriate biomolecule) and phosphonic acid derivatives).
? Manufacturing of the implant individually for a specific clinical case.
3) Development of a treatment technique using temporary removable structures obtained with 3D prototyping