Visual defect detection is a technology that detects product defects through optical imaging. It is non-contact, fast and accurate, and has been widely used in various industries.
The following are some of the industries that need to use visual defect detection:
Manufacturing industry: visual defect detection is most widely used in the manufacturing industry, and is mainly used to detect defects in metal, plastics, electronics and other products. For example, in automotive manufacturing, visual defect detection can be used to detect defects in the body, tires, glass and other parts; in electronics manufacturing, visual defect detection can be used to detect defects in circuit boards, IC, PCB and other parts.
Food processing: Visual defect detection is used in food processing to detect defects in food, such as foreign objects, contamination, and spoilage. For example, in food packaging, visual defect detection can be used to detect foreign objects in food packaging bags; in food processing, visual defect detection can be used to detect food spoilage.
Medical industry: Visual defect detection is used in the medical industry to detect defects in medical devices, such as needles, catheters, surgical instruments and so on. For example, in the production process of medical devices, visual defect detection can be used to detect the size, shape, surface quality of medical devices.
Packaging industry: Visual defect detection is used in the packaging industry to detect defects in packaging, such as printing errors, contamination, deformation and so on. For example, in the packaging production process, visual defect detection can be used to detect whether there are printing errors in the label of the package; in the packaging transportation process, visual defect detection can be used to detect whether there is damage to the package.
Other industries: Visual defect detection can also be applied to other industries, such as textile, printing, construction and so on. For example, in the textile industry, visual defect detection can be used to detect defects in textiles, such as broken threads, missed stitches, contamination, etc.; in the printing industry, visual defect detection can be used to detect defects in printed materials, such as color difference, dirty spots, misspellings and so on.
In short, visual defect detection is a technology with a wide range of applications. With the continuous development of technology, visual defect detection will be used in more industries, to improve product quality and production efficiency to make a contribution.