In the competitive environment of the medical industry, it is more important than ever to maintain high levels of quality control. That is why many manufacturers are turning to automated product surface inspection technology. This technology is capable of performing inspections that are more accurate, repeatable, and consistent than human quality inspection, while maintaining flexibility to product variation and future adaptability.
Automated optical inspection technology has become a leading solution in the medical product industry. It offers 100% in-line inspection and a 3D optical system capable of inspecting all kinds of surfaces, including the rotation of products. The system uses deep learning to qualify products by searching for defects such as damage, burrs, dents, scratches, color differences, and burning effects. The user can easily access and program the system with a wide range of recipes for combining camera inputs, deep learning, and quality criteria.
Another advantage of automated surface inspection technology is its ability to integrate with batch controllers. This allows for better control over production processes and enables manufacturers to make necessary adjustments to improve quality control.
One of the key benefits of this technology is its ability to use deep learning algorithms. The system is capable of training on both known and unknown product defects. This makes it a flexible solution for a wide range of portfolios of over 1,000 product types. This means that the system can replace inspection by humans, leading to more reproducible results.
Automated product surface inspection is more accurate and efficient. By implementing this technology in your production line, you can reduce costs associated with human inspection, improve quality control and increase productivity. Additionally, the technology offers a high level of flexibility, making it adaptable to changes in product specifications and manufacturing processes.
- Algorithms use Deep Learning Technology
- Training of known and unknown product defects (supervised/unsupervised)
- Wide range of product portfolio (>1,000 product types possible)
- Replaces inspection by humans: more reproducible
