Blistering is a frequent coating defect and is mostly assessed visually. In this research, a
new system including an image acquisition setup in ambient lighting, a new algorithm for …

Crack inspections of automotive engine components are usually conducted manually; this is
often tedious, with a high degree of subjectivity and cost. Therefore, establishing a robust …

Plastic parts used in automotive interior are difficult to coat, due to their low surface energies
as well as their sensitivity to temperature and solvents, rendering the development of coating …

Detecting cracks in cylinder heads traditionally relies on manual inspection, which is time-
consuming and susceptible to human error. As an alternative, automated object detection …

When paint is applied to a substrate, the formation of paint craters is generally due to
dewetting caused by a low surface energy substance present, such as siloxanes or …

Seeking a total automation of the existing industrial processes, manual product quality
control systems have been gradually replaced by automated ones, to significantly improve …

This paper describes the design and implementation of a real-time robotics system for semi-
specular/painted surface defect detection. The system can be used on moving parts, tolerate …

Defect detection models have been widely applied in industrial edge platform. However, in
the field of aluminum material defect detection still have some challenges:(i) limited …

With the constant growth of competitiveness at an industrial level, the need for faster and
more precise processes arises. Currently, the key to success in the industry is the …

In automotive industry, the paint surface inspection process is still mainly performed by
manual methods based on subjective human vision system, which may not only be …