
Подробно рассмотрены различные виды поверхностей для 3D-печати (3D столы) – стол с покрытием Ultrabase, полипропиленовая пластина, стол из пружинной стали с покрытием PEI, столы из ситаллового и боросиликатного стекала, перфорированные стеклянные. Проведено исследование по выявлению лучших адгезионных свойств деталей из материалов Nylon, PETG и PP к поверхностям стеклянного 3D стола, а также гладких и текстурированных столов из пружинной стали с покрытием PEI. Исследование проводилось для столов как с использованием специального адгезива, улучшающего сцепление поверхности 3D стола и образца, так и без него. С помощью микроскопа проведена фотофиксация поверхностей образцов, напечатанных на различных столах.
Different types of 3D printing surfaces (3D tables) – Ultrabase coated table, polypropylene plate, PEI coated spring steel table, Sytallic and borosilicate glass tables, perforated glass tables – are discussed in detail. A study was conducted to determine the best adhesion properties of Nylon, PETG and PP material parts to the surfaces of 3D glass table and smooth and textured PEI coated spring steel tables. The research was carried out for tables, both with and without the use of a special adhesive, to improve the adhesion between the 3D table surface and the sample. A microscope was used to photograph the surfaces of the samples printed on the different tables.
Cifra. Машиностроение, Выпуск 2 (3) 2024
аддитивные технологии, 3D table, TL1-4050, TA213-215, 3D-принтер, 3d printer, 3d table, адгезия, Engineering machinery, tools, and implements, adhesion, 3d стол, additive technologies, 3d-принтер, 3D printer, Motor vehicles. Aeronautics. Astronautics, 3D стол
аддитивные технологии, 3D table, TL1-4050, TA213-215, 3D-принтер, 3d printer, 3d table, адгезия, Engineering machinery, tools, and implements, adhesion, 3d стол, additive technologies, 3d-принтер, 3D printer, Motor vehicles. Aeronautics. Astronautics, 3D стол
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