Offer

Patient Specific Instrument (PSI) are highly effective in osteotomy procedures. Virtual planning relies on close collaboration between an engineer and a specialist doctor, enabling precise determination of cutting planes and correction in three-dimensional space.

The execution of the plan during surgery is ensured by a specially designed PSI tool, tailored to the patient's anatomical structures.

The PSI tool is printed using biocompatible nylon (PA2200) with SLS technology.

Computer-assisted preoperative planning allows for precise familiarization with the target anatomical area and accurate treatment planning. This is beneficial not only for standard procedures but also for atypical cases such as multifragmentary fractures or cancer.

The result of close collaboration between an engineer and a doctor is a 3D printed anatomical model with the planned changes incorporated during the planning process.

3D printed models represent selected structures visible in imaging studies. This approach enables a precise understanding of the problem and facilitates treatment planning.

These models can depict both hard and soft tissues. We also create multi-material models where individual components have diverse physical properties, achieved through combining various manufacturing methods.