Integrating multiple imaging mechanisms such as reflection, refraction, scattering, collimation, interference, polarization, and multispectral imaging, it is widely applicable to various material surfaces, including those with high transmittance, high reflectivity, and diffuse reflection. It innovatively achieves optical layer detection and single-sided imaging technology, accurately capturing various microscopic defects, including pinholes, cracks, scratches, unevenness, and color differences, thus achieving comprehensive coverage of defect detection.

This platform deeply integrates traditional algorithms with cutting-edge AI technologies, combining core functions such as defect detection, deep learning, visual positioning, dimensional measurement, and information recognition. Through a graphical interface and drag-and-drop operation, it visually builds algorithm solutions, enabling efficient and flexible zero-code application deployment. The platform possesses powerful self-developed algorithm capabilities and can efficiently implement deep learning modules. When facing complex industrial scenarios, it demonstrates accurate defect recognition capabilities and effectively addresses complex industrial challenges.

The self-developed AI platform is an integrated platform specifically designed for industrial quality inspection scenarios, combining data processing and annotation, model training, and evaluation and tuning. The platform not only supports mainstream high-detection-rate segmentation models and high-accuracy classification models, but also provides various specialized model training functions, including open-set metric learning, text-image multimodal fusion classification, and defect generation.

Based on the quality inspection processes and principles in the industrial field, it integrates technologies such as optical imaging, motion control, traditional algorithms, and artificial intelligence to achieve intelligent quality inspection; through data visualization, data analysis, and data uploading, it helps customers achieve intelligent re-judgment and improve process control; it can be quickly configured and customized to meet customers' actual needs.