Zbigniew Szczepański

TL;DR: Implementations of this method and verification of shredding on many edges improve operational performance and selected results and analysis have been verified with the results of the laboratory tests.

TL;DR: The proposed method enables the production of artificial human organs whose consistency, plastic properties, hardness, elasticity are close to the real organ of specific patient, because it can be made on the basis of the data from MRI and CT.

TL;DR: In this article, the authors investigate whether the sustainability of 3D printing processes can be supported by computational intelligence (CI) and artificial intelligence (AI) based solutions, and present a new AI-based software to evaluate the amount of pollution generated by 3D print systems.

TL;DR: Presented concept of the repository constitutes a relatively novel solution, but its further development may lead to the novel family of commercial initiatives aiming at joining common efforts toward optimization of 3D-based technologies in everyday clinical practice and online e-learning system.

TL;DR: The proposed concept of the repository of medical images based on 3D printing and reverse engineering technology can constitute a beginning of the novel family of commercial techniques needed for development and optimization of reverse engineering toward printing the fully clinically functional solutions.