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The main functions of the JUKI placement machine camera include "suction/patch monitoring" and "component presence judgment", which are realized by the ultra-small camera installed on the placement head, which can take pictures in real time and save the suction and loading actions of the components. Suction/patch monitoring function The suction/patch monitoring function is one of the advanced functions of the JUKI placement machine, which is mainly used for defect cause analysis and component status monitoring. Specific functions include: Defect cause analysis tool : Save the captured images in the database, and search the image data from the database when a defect occurs, which is convenient for cause analysis. Camera mode and digital zoom function : Provides a wealth of analysis support functions to help users observe the placement process more clearly. Component presence judgment : By comparing the images before and after the placement, it is judged whether the components are correctly placed. Database management : Save the captured images and placement machine information, so that users can select the specified database from the backup file to view historical data. New variety substrate production assistance : When producing new variety substrates, standard images and actual production images are displayed to help verify the placement status and shorten the production time Component presence judgment function
The component presence judgment function determines whether the component is correctly mounted by comparing the images before and after mounting. This function is very important in the production process, and can help to timely discover and solve mounting problems, ensuring production efficiency and product quality.
Technical specifications and applicable models
The suction/mounting monitoring function of the JUKI mounter is applicable to a variety of models, including KE-2070, KE-2080, FX-3R, KE-3010, KE-3020V, KE-3020VR, etc. These models are equipped with ultra-small cameras that can take pictures and save the suction and loading actions of components in real time to ensure the accuracy and reliability of the mounting process.
