O uso da computação e da tecnologia 3D no processo de inspeção de qualidade de peças industriais

Abstract

The quality inspection sector has gained in-creasing relevance in product and process development as an essential element for ensuring functionality, quality standards, and safety. The present paper aims to contrib-ute to the inspection sector by introducing an automated computer vision process to control the quality of industrial parts. The proposed approach combines a parameter in-spection software and a 3D scanner, specifically the Ein-scan-SE model from Shining3D®, to identify potential physical differences between the actual component and the digitized component. The 3D models generated by the scanner are sent to the software, which can display to the user the differences between the two pieces according to the established parameters in an interface. This allows for a more intelligent, efficient, and rapid verification of the quality of small and simple parts, such as shafts, bearings, cylindrical objects, and others. In this paper, it was possi-ble to test the viability and practicality that a process like this is capable of bringing to the industry. The software used obtained positive results and satisfied the idea pro-posed in a simple and understandable way.