Akademik Veri Yönetim Sistemi
Acta Natura et Scientia, cilt.4, sa.2, ss.186-193, 2023 (Hakemli Dergi)
In this study, the results of products depending on the printing speed of the 3D printer are discussed. The data was compared to the standard averages (SA) of products produced at different production speeds. The highest standard deviation is observed at a production speed of 100 mm.s-1. In terms of product length (L), the highest deviation is at 40 mm.s-1, while the lowest is at 60 mm.s-1. The product closest to the desired 20 mm length was appeared at a speed of 60 mm.s-1. For product height (H), the highest deviation is at 40 mm.s-1, while the lowest is at 80 mm.s-1. The product closest to the desired 1 mm height is at a speed of 80 mm.s-1. Regarding product weight, the highest deviation is at 40 mm.s-1, and the lowest is at 100 mm.s-1. The results provide further details on the standard averages and standard deviations for each product at each production speed. The deviation percentage (PD) and the H/L ratio were also calculated to understand the magnitude of variation in the products. The H/L ratio was calculated to provide insight into the difference between the highest and lowest measurement results of the produced products. The results show that the highest differences among the products in terms of length, height, and weight are observed at a production speed of 100 mm.s-1. Consequently, it was concluded that a production speed of 100 mm.s-1 resulted in the most significant variations in length, height, and weight between the products.