Marcinko, P.; Semjon, J.; Jánoš, R.; Svetlík, J.; Sukop, M.; Ondočko, Š. Analysis of the Methodology for Experimental Measuring of the Performance Criteria of the Laser-Using Collaborative Robot’s Path Accuracy. Appl. Sci.2024, 14, 1414.
Marcinko, P.; Semjon, J.; Jánoš, R.; Svetlík, J.; Sukop, M.; Ondočko, Š. Analysis of the Methodology for Experimental Measuring of the Performance Criteria of the Laser-Using Collaborative Robot’s Path Accuracy. Appl. Sci. 2024, 14, 1414.
Marcinko, P.; Semjon, J.; Jánoš, R.; Svetlík, J.; Sukop, M.; Ondočko, Š. Analysis of the Methodology for Experimental Measuring of the Performance Criteria of the Laser-Using Collaborative Robot’s Path Accuracy. Appl. Sci.2024, 14, 1414.
Marcinko, P.; Semjon, J.; Jánoš, R.; Svetlík, J.; Sukop, M.; Ondočko, Š. Analysis of the Methodology for Experimental Measuring of the Performance Criteria of the Laser-Using Collaborative Robot’s Path Accuracy. Appl. Sci. 2024, 14, 1414.
Abstract
This paper describes design of experimental methodology developed to measure the working properties of accuracy of the path traversed by a collaborative robot. The methodology proposed here uses a collaborative robot and a laser measuring system Gepard from Raytec. The main parts of the measuring chain and the ISO 9283 standard are described. The proposed experimental methodology should examine working properties of industrial robots, such as the properties of position and path. The focus of this paper lies on the path accuracy of robots. Currently, the interest in this topic is on the rise and the measuring systems capable of recording this parameter are too costly. This paper focuses on experimental measuring of the path properties, describing them in more detail. The measuring and results were processed in the software tool developed for Gepard.
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