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- W2201897799 abstract "Automation is one of the tools used in the production suitability of a structure to enable technological advancements and improvements becomes increasingly important. This work discussed aspects of existing automation between a Computer Numerical Control (CNC) based on Personal Computer (PC) and the manufacturing process for 3D printing. The improvement of a positioner is primarily focused on the integration between the mechanical components, electronics and computer in order to ensure the flexibility of system use. To give versatility to the CNC we developed an Auxiliary Microcontrolled Device (DMA) for the sensing and control of the process. Based on the open source type projects, the DMA is a tool capable of being modified and suitable for different uses in a research environment. To validate the proposed solutions to the positioner was decided to process the application called Modeling Fused Deposition (FDM), commonly associated with the term 3D printing. In this process a heated thermoplastic material is extruded through a nozzle and deposited layer by layer, allowing the construction of complex geometric models. Also presented are automation solutions for the 3D printing process, aimed at low cost and easy availability as well as the possibility of integration with existing software and hardware. The results show that the programming oriented to the use of DMA makes it an essential tool for CNC machine's flexibility. Through it is possible to implement functions such as reading sensors, information processing and control actions on process variables. Tests conducted with the equipment show that the solutions are able to run the 3D printing process. Within the inherent limitations of the process it is possible to manufacture parts with different geometries and with different materials. It is concluded that the proposed system enables automation of a production process as 3D printing and that the final characteristics obtained are favorable for use in other processes." @default.
- W2201897799 created "2016-06-24" @default.
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- W2201897799 date "2015-01-01" @default.
- W2201897799 modified "2023-09-26" @default.
- W2201897799 title "Integração de um sistema de impressão 3D em uma arquitetura modular de posicionamento cartesiano" @default.
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