@article{gheorghita2024innovative,
  title = {Innovative Experimental Model for Accurate Verifying The Dimensions Of Industrial Products},
  author = {Vlad GHEORGHITA and Stefan Alexandru STANCIU},
  year = 2024,
  url = {https://ibimapublishing.com/articles/CIBIMA/2024/597569/},
  journal = {Communications of the IBIMA},
  volume = 2024,
  pages = 10,
  doi = 10.5171/2024.597569,
  abstract = {In order for a mechanical part to be manufactured properly to the design specifications and functions required, it must first pass through the engineering quality control process. The implementation of such quality control systems in various industries is necessary and must comply with national and international regulations and requirements. The problem may occur since coordinate measuring machines are expensive and there is no simple and easy-to-use product on the market, thus the authors proposed the design of an experimental model that will measure automatically the dimensions of parts through the analysis and processing of images taken from web cameras. The resulting system is cost-effective, easy to implement, time-saving, and reduces human error. Key components will be 3D printed using Fused Deposition Modeling, with a focus on modular assembly for seamless integration. The analysis of the dimensions is made through image processing algorithms using simple processes like improvement and noise reduction to complex tasks like object recognition and segmentation ensuring, after numerous tests, the appropriate level of brightness and contrast. Because of the benefits of virtual and graphic programming, as well as the simplicity of interacting with future users, LabVIEW was selected as the tool to be used. The purpose of this control system is to reduce the costs caused by the possible occurrence of defects and therefore to reduce the time of production.},
  keywords = {product design; dimensional control; image processing; LabVIEW.},
  note = Article ID: 597569
}