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Development of Robots for the Pipeline Industry

Frederico Allevato Ramalho Filho, Alexandre Queiróz Bracarense, Eduardo José Lima, Kassio Maciel Kienitz, Emanuel Barbosa Ribeiro

Year
2010
Citations
2

Abstract

This paper describes the conception, development, construction and testing of special robots aimed for the pipeline industry. Although the construction of a pipeline requires several different steps, this paper focus on the automation of the most critical, demanding and repetitive jobs: the welding and ultrasound inspection of the radial seams made every twelve meters and also the welding of branches, manholes and special fittings. Both of the developed welding robots have the ability to optimize the main welding parameters, making possible to work always with the optimum deposition rate for any given geometry and welding conditions. Field tests demonstrate that these robots can be faster than the human welder and also have better quality and repeatability at the same time, providing lower operation costs. With the increased production, the non-destructive testes had to be faster to be able to follow the moving assembly line, and the robot for ultrasound inspection fulfill that role.

Keywords

WeldingPipeline (software)AutomationRobotRobot weldingPipeline transportFocus (optics)Manufacturing engineeringEngineeringComputer science

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