bottle cap inspection machine

The new generation visual defect inspection system of Keye is the first algorithm software in China, it adopt AI algorithms to the packaging industry. Currently, the algorithm of this software has been upgraded to KVIS-V16.0. The biggest feature of this detection system is fast defect detection efficiency and high compatibility. With the increasing segmentation of the market, packaging products are becoming more personalized and customized. Each packaging production enterprise has to launch diversified products according to market and customer needs. For example, our company has detected over a hundred types of plastic bottle caps and more styles of bottles. This will make traditional equipment and detection systems face great difficulties in product defect detection.   The biggest feature of the Keye system is that it can be compatible with different styles of products, and multiple products can be tested on the same device. The bottle cap inspection machine can achieve full compatibility with caps of different colors, sizes, and even transparent and opaque lids. The bottle detection machine can be compatible with bottles of different materials, such as PET, PP, PE, PS, etc. The system can detect various defects in products, such as color, structure, classification, etc.     How did we do it?   Firstly, we have customized light sources and imaging systems. Our optical team is led by Professor TANG LING from the University of Science and Technology of China (USTC), and we are also affiliated with the Key Mode Laboratory of Optics at the University of Science and Technology of China, providing strong technical support for our design and research. Currently, we are in a leading position in China. Our company has independently developed various linear, planar, 3D, and intelligent cameras, combined with our self-developed intelligent algorithms, which can achieve system optimization.     The second is the edge computing unit independently developed by our company, which is an embedded high-performance computing platform for industrial scenarios. All algorithms are led and developed by Dr. ZHENG ZHIGANG of China University of Science and Technology (USTC). The rich computer information foundation makes our algorithm team lead the peers in China. A big data platform based on AI deep learning, with built-in multiple algorithm components, can help users quickly build and iterate models.     Finally, our software control system adopts the latest LINUX industrial grade computer system and customized human-machine interaction system, which is stable, efficient, and real-time.