Abstract
The article discusses the application of the additive manufacturing method DMLS (Direct Metal Laser Sintering), using AlSi10Mg powder for consolidating components used in hydraulic systems to enhance their reliability and reduce the risks associated with potential leaks. Strength tests were conducted, and the difference between a traditional joint and a printed filter connection head was presented. The dimensions and weight of both components are shown in a table. The strength parameters of the printed components are comparable to those manufactured using traditional methods. The results of these tests demonstrate that the produced elements fulfill their function while simultaneously reducing the number of parts in the system and minimizing the areas that require precise sealing preparations. The obtained results provide a solid foundation for further research on the application of this technology in hydraulic systems.
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