Overview of technologies used in biomedicine. Conventional and unconventional 3D technologies. Emphasis on additive technologies and their application. Overview of seminar topics.

Basic structure. Standard methods and protocols of use. Various popular 3D printing approaches:

• stereolithography – SL/SLA
• selective laser sintering – SLS
• fused deposition modeling – FDM
• 3D printing – 3DP
• laminated object manufacturing – LOM
• combination of SLA i 3DP (PolyJet)
   

Analysis of applied methods and examples of good practice. The use of high-precision prints in reconstructions. Basics of biomodelling. The use of photopolymers.

Fundamentals of computer modeling in different systems. Examples of simple biomodeling and reconstruction of anatomical geometry. Data export preparation, 3D model generation.

Using a program for the preparation of 3D printing. Basic print parameters. Quality control and analysis. Postprocessing of the model.

Trends in the development of biocompatible materials. Development and analysis of the application of biopolymers and metal alloys.

Overview of trends in the development of 3D printing: stereolithography, hybrid processes, deposition and sintering of materials.

Overview of technologies used in biomedicine. Conventional and unconventional 3D technologies. Emphasis on additive technologies and their application. Overview of seminar topics.

Basic structure. Standard methods and protocols of use. Various popular 3D printing approaches:

• stereolithography – SL/SLA
• selective laser sintering – SLS
• fused deposition modeling – FDM
• 3D printing – 3DP
• laminated object manufacturing – LOM
• combination of SLA i 3DP (PolyJet)
   

Analysis of applied methods and examples of good practice. The use of high-precision prints in reconstructions. Basics of biomodelling. The use of photopolymers.

Fundamentals of computer modeling in different systems. Examples of simple biomodeling and reconstruction of anatomical geometry. Data export preparation, 3D model generation.

Using a program for the preparation of 3D printing. Basic print parameters. Quality control and analysis. Postprocessing of the model.

Trends in the development of biocompatible materials. Development and analysis of the application of biopolymers and metal alloys.

Overview of trends in the development of 3D printing: stereolithography, hybrid processes, deposition and sintering of materials.