Operating Properties of Tools Manufactured on 3d Printers Used in the Manufacture of Construction Materials

Jaroslaw Kotlinski

doi:10.15866/ireme.v14i6.18724

Operating Properties of Tools Manufactured on 3d Printers Used in the Manufacture of Construction Materials

Jaroslaw Kotlinski^(1*)

^(*) Corresponding author

Authors' affiliations

DOI: https://doi.org/10.15866/ireme.v14i6.18724

Abstract

Currently used 3D printing methods allow the production of tools from many different materials and for various applications. There are printers that use metals and plastics. The use of plastic as an inexpensive material for a production tool has been considered. Considering the production requirements, two 3D printing methods have been used: FDM and SL. In order to assess the suitability of these 3D printing methods for the modernization of production tools, it has been proposed to test the abrasion resistance of printed parts. In order to determine the durability, the printed samples have been subjected to an abrasion resistance test and its results have been presented in the article. The obtained results have showed that the materials used in both the considered 3D printing methods show similar abrasion resistance. New information has been obtained regarding the use of printed parts. Higher abrasion resistance of samples printed by the SL method has been found.
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Keywords

3D Printing; Plastics; Wear; Attrition

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