The use of robots and cobots (collaborative robots) is an increasingly widespread practice in the field of inspection of machined or assembled objects, both in two and three dimensions, enabling an unprecedented level of control and precision. These systems allow for a range of critical inspections, including checking for correct assembly, detecting the presence or absence of components, and identifying and classifying dimensional and surface defects.
A crucial element in these operations is the utilization of proprietary software that has been closely integrated with advanced artificial intelligence modules, including machine learning and deep learning. These modules enable the system to learn and continually enhance its ability to detect and classify defects, ensuring increasing efficiency and precision over time.
Furthermore, for applications demanding extreme precision, telecentric or borescopic lenses are employed, enabling the capture of detailed and highly accurate images for inspection purposes.
All of this contributes to the creation of a comprehensive and highly reliable inspection system, capable of meeting the most advanced requirements in the field of industrial quality control.
