Ensuring a flawless surface finish is critical to delivering a premium product in the automotive industry. Vision Technology for Painted Surfaces based in machine vision and artificial intelligence has become more accurate and efficient. Save your time and resources providing reassurance about its time-saving benefits.
Uncover the 8 technological secrets behind this revolutionary inspection system, improving and transforming quality control for painted vehicle surfaces.
1. Advanced Defect Detection Algorithms and Artificial Intelligence
The heart of this system is advanced algorithms and Artificial Intelligence that detect a wide range of standard paint surface defects, such as orange peel, dust, and craters. In the latest developments with this technology, defects such as pinholes and dents are also possible. These algorithms identify even the most minor imperfections, providing a thorough and secure inspection process.
2. Customizable Sensitivity Settings
With a high precision rate, the technology behind this system allows for adjustable sensitivity depending on the vehicle model, paint colour, and specific zones. This flexibility ensures that the inspection process can be fine-tuned for different vehicles and customised to the plant’s needs.
3. Full-Surface Capability
The system can inspect the entire bodywork surface, ensuring the detection of defects and the accurate assessment of the overall quality of the paint finish on the edges and characteristic lines of vehicle bodies, which sets it apart from traditional inspection systems. This is critical to ensure that every part of the vehicle surface meets the highest standards.
4. Intelligent Defect Filtering
The system can classify defects by type and size. It also positions the defect very accurately in a 3D environment. This filtering helps to ensure that only relevant problems are flagged for manual repair by operators or automatic defect repair using special robots.
5. Car Model and Colour Independence
The system adapts rapidly to new vehicle models or special fleet colours thanks to a quick, simple, and automatic calibration process. Whether the plant works on a limited edition or introduces new designs, the technology can adjust without interrupting production.
6. Configuration and Sep Up in record time
With the new developments of this AI-all-based technology, set-up and commissioning times are more than halved compared to the other standard defect detection technologies.
7. Data-Driven Statistical Analysis
The system includes an in-depth statistical analysis module, which stores all inspection results in a secure database. It is crucial not only to perform production reports but also to prepare preventive and predictive analyses. By storing all data, it is possible to track historical data, generate customised reports and perform in-depth analysis, ensuring continuous quality improvement.
8. Friendly Operator Interface
The system’s intuitive interface is the main feature, allowing operators to monitor real-time data and control the process quickly. Beyond automated detection, operators can visually audit surface defects, providing qualitative feedback alongside precise measurements that convert pixel data into millimetres. Whether you need detailed reports or a quick visual reference, the system offers all the essential tools.
The latest advancements of the ESFI (Eines Surface Quality Paint Inspector) system combine all these technological secrets. This solution integrates seamlessly into automotive production lines without requiring conveyor modifications or line interruptions. Whether installed in a continuous or split configuration, ESFI adapts to the plant’s workflow while ensuring maximum efficiency and minimum downtime.
Join us for our upcoming webinar on October 22nd to learn more about this technology and how it can transform your quality control process. We will demonstrate the full capabilities of the ESFI system in action.
Register here: https://openwebinarworld.com/en/webinar/surface-inspection/
