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Abstract(s)
O fabrico de componentes para a indústria automóvel necessita permanentemente de tecnologias e equipamentos inovadores. Devido ao elevado grau de competitividade no setor, a implementação de equipamentos automáticos e robotizados tem vindo a ser fulcral no seu desenvolvimento. No setor automóvel a qualidade assume um papel fulcral. A implementação de automatismos no fabrico de componentes para a indústria automóvel conduz a uma redução significativa dos defeitos. Esta permite a produção em série e a uniformização do produto final. A produção do maior número de produtos no menor tempo possível é essencial num setor competitivo como este. Neste sentido, os fabricantes procuram a implementação de sistemas que possibilitem o aumento da produção sem comprometer a qualidade final do produto. Este trabalho teve por base a necessidade detetada pela empresa FicoCables em aumentar a cadência de corte de cabo espiral. Atualmente este componente, utilizado em sistemas de automóveis, é processado em máquinas de corte simples e em máquinas de limpeza. O trabalho desenvolvido consistiu no desenvolvimento de um equipamento capaz de realizar o corte e limpeza em dois cabos espiral em simultâneo e de forma automática. O desenvolvimento deste equipamento teve por base os equipamentos já existentes sendo o maior desafio proposto a implementação de um sistema duplo.
The manufacture of components for the automotive industry permanently requires innovative technologies and equipment. Due to the high degree of competitiveness in the sector, the implementation of automatic and robotic equipment has been central in its development. In the automotive sector, quality plays a key role. The implementation of automatisms in the manufacture of components for the automotive industry leads to a significant reduction in defects. This allows serial production and standardization of the final product. The production of as many products as possible in the shortest possible time is essential in a competitive sector like this. In this sense, manufacturers seek the implementation of systems that enable increased production without compromising the final quality of the product. This work was based on the need found by FicoCables to increase the rate of spiral cable cutting. Currently this component, used in automotive systems, is processed in simple cutting machines and cleaning machines. The work was to develop an equipment capable of performing cutting and cleaning in two spiral cables simultaneously and automatically. The development of this equipment was based on existing equipment, and the biggest challenge proposed was the implementation of a double system.
The manufacture of components for the automotive industry permanently requires innovative technologies and equipment. Due to the high degree of competitiveness in the sector, the implementation of automatic and robotic equipment has been central in its development. In the automotive sector, quality plays a key role. The implementation of automatisms in the manufacture of components for the automotive industry leads to a significant reduction in defects. This allows serial production and standardization of the final product. The production of as many products as possible in the shortest possible time is essential in a competitive sector like this. In this sense, manufacturers seek the implementation of systems that enable increased production without compromising the final quality of the product. This work was based on the need found by FicoCables to increase the rate of spiral cable cutting. Currently this component, used in automotive systems, is processed in simple cutting machines and cleaning machines. The work was to develop an equipment capable of performing cutting and cleaning in two spiral cables simultaneously and automatically. The development of this equipment was based on existing equipment, and the biggest challenge proposed was the implementation of a double system.
Description
Keywords
Indústria de componentes para automóveis Cabo espiral Automatização Sistema de corte Produtividade Automotive component industry Spiral Cable Automation Cutting system Productivit