DSI method in study of elements made by fused deposition modelling (FDM) Metoda DSI w badaniu elementów wytworzonych w technologii wytłocznego osadzania przetopionego materiału (FDM)

Makuch, Anna; Bajkowski, Marcin; Skoczylas, Paweł; Majewski, Łukasz

doi:10.15199/62.2016.1.13

Cited by 2 publications

(2 citation statements)

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“…Additive technologies of manufacturing with the use of a polymer filament are studied in terms of, among others, determining mechanical properties, where the impact on the product quality is verified: a) process settings [10][11][12], b) printing orientation [13][14][15][16], c) types of materials used [17][18][19]. Dimensional accuracy of products based on the standardized samples [20,21] and control geometries [22][23][24] is also subject to verification.…”

Section: Recykling Części Eksploatacyjnych Z Abs Wykorzystywanych W Pmentioning

confidence: 99%

Recycling of ABS operating elements obtained from industry 3D printing machines

et al. 2019

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The article presents new application of the material obtained from the recycling of acrylonitrile-butadiene-styrene (ABS)-the material acquired from operating parts of industry Dimension Elite 3D printer by Stratasys. The operating parts were used to prepare the regranulate and to produce filament, the latter of which was applied used in the FFF technology (Fused Filament Fabrication). Manufactured in the FFF technology, test specimens were used to determine the selected mechanical properties and to compare the obtained results with the properties characteristic of molded pieces made of ABS regranulate that were produced by injection molding. The paper presents results of tests performed on a filament, obtained from the ABS regranulate and indicates characteristic processing properties of that material. It also discusses beneficial processing parameters for injection molding (IM) and 3D printing (FFF). The study also presents selected results of tests of functional properties of ABS products in the FFF technology. The research results have allowed to assess the possibility of recycling of the operating parts of 3D printers in FFF.

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Section: Recykling Części Eksploatacyjnych Z Abs Wykorzystywanych W Pmentioning

confidence: 99%

Recycling of ABS operating elements obtained from industry 3D printing machines

et al. 2019

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“…Additive technologies of manufacturing with the use of a polymer filament are studied in terms of, among others, determining mechanical properties, where the impact of process settings (Górski et al , 2013; Sikorski et al , 2013; Hossain et al , 2013), printing orientation (Pepliński et al , 2017; Górski et al , 2014; Ahn et al , 2002; Rodríguez et al , 2001) and the impact of materials used (Makucha, et al , 2016; Singh et al , 2016; Tartakowski and Mydłowska, 2015) on the product quality are verified. Dimensional accuracy of products based on the standardised samples (Górecki, 2015; Siemiński and Rajch, 2014) and control geometries (Bieliński et al , 2015; Czyżewski et al , 2014; Bieliński et al , 2013) is also subjected to verification.…”

Section: Introductionmentioning

confidence: 99%

Secondary use of ABS co-polymer recyclates for the manufacture of structural elements using the FFF technology

Czyżewski

Bieliński

Sykutera

et al. 2018

RPJ

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Purpose The aim of this paper is presenting a new application of material obtained from the acrylonitrile butadiene styrene (ABS) recycling process from electronic equipment housings. Elements of computer monitors were used to prepare re-granulate, which in turn was used to manufacture a filament for fused filament fabrication (FFF) additive manufacturing technology. Design/methodology/approach The geometry of test samples (i.e. dumbbell and bar) was obtained in accordance with the PN-EN standards. Samples made with the FFF technology were used to determine selected mechanical properties and to compare the results obtained with the properties of ABS re-granulate mould pieces made with the injection moulding technology. The GATE device manufactured by 3Novatica was used to make the prototypes with the FFF technology. Processing parameters were tested with the use of an Aflow extrusion plastometer manufactured by Zwick/Roell and other original testing facilities. Tests of mechanical properties were performed with a Z030 universal testing machine, a HIT 50P pendulum impact tester and a Z3106 hardness tester manufactured by Zwick/Roell. Findings The paper presents results of tests performed on a filament obtained from the ABS re-granulate and indicates characteristic processing properties of that material. The properties of the new secondary material were compared with the available original ABS materials that are commonly used in the additive technology of manufacturing geometrical objects. The study also presents selected results of tests of functional properties of ABS products made in the FFF technology. Originality/value The test results allowed authors to assess the possibility of a secondary application of used elements of electronic equipment housings in the FFF technology and to compare the strength properties of products obtained with similar products made with the standard injection moulding technology.

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DSI method in study of elements made by fused deposition modelling (FDM) Metoda DSI w badaniu elementów wytworzonych w technologii wytłocznego osadzania przetopionego materiału (FDM)

Cited by 2 publications

References 0 publications

Recycling of ABS operating elements obtained from industry 3D printing machines

Recycling of ABS operating elements obtained from industry 3D printing machines

Secondary use of ABS co-polymer recyclates for the manufacture of structural elements using the FFF technology

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