In recent decades, 3D printing has seen great progress. However, there is still much room for improvement in this area. In 3D printing, we can encounter obstacles that limit the use of 3D printing. By changing parameters such as temperature, print quality and type of material, we can influence the properties of the printed product and thus improve it. We know several types of 3D printing that are used in different fields. In my thesis, I used a printer based on the technology of fused deposition modeling. At different parameters, I printed six objects: a laboratory funnel, a flow cell, a photometer housing and three models of molecules. Some showed no defects in both the product and the printing process, while others showed the expected defects and phenomena, typical of 3D printing.
|
