Abstract:

With the rapid development of 3D (3B) printing technology, products produced with 3B printers have become more used. Many different parameters are used in production using 3B printers. These parameters directly affect the mechanical, functional and visual characteristics of the product. There are significant changes in the size of products manufactured using 3B printers and polymer materials due to non-tracking in static charging conditions. Therefore, the study of the effects of different production parameters on the drawing behavior of polymer materials produced with a 3B printer will be useful for designers. In this study, different production parameters (printing angle, nozzle diameter, layer height) and 3B printer polylactic acid (PLA) material were produced with drawing test samples. Drilling tests have been performed under different temperature and load conditions for the produced test samples. In the tests, the first and second drainage areas of the material were considered. The results of the tests were found that the temperature in the test area was the most effective parameter on drainage. Furthermore, the printing angle, layer height and nozzle diameter change have also been determined to significantly affect the drawing behavior of the polymer material produced by the 3B printer.

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