The production process of fiber optic strips requires sorting by color. Discriminating the order of colors manually can result in missed and false detections. This instrument uses high-performance industrial cameras and high-resolution industrial lenses, combined with advanced image processing functions to automatically identify whether the color sequence is correct, and to alert operators with sound. Ensure the quality of ribbon fibers and reduce the labor intensity of operators, and improve production efficiency.
Excellent optical configuration
Adopting industrial quality high brightness, high uniformity flat lighting source, combined with microscopic imaging optical path, continuously outputs stable, clear, and delicate fiber images, laying a good foundation for image recognition. At the same time, the lifespan of the light source can also be guaranteed for a long time
Programmable lighting
Equipped with a dedicated circuit control module, the lighting power supply can be easily controlled on and off through computer software.
After the instrument exceeds the set idle time, the lighting source will automatically cut off, greatly extending the service life of the light source. At the same time, the hardware operating methods that remain constantly on should be retained to adapt to the worst operating conditions.
Exquisite fixtures
The flip type fixture creates stable conditions for image extraction of standard samples . The precise slot design and fine adjustment of the differential head achieve accurate positioning of the ribbon fiber, while also enabling rapid replacement of the ribbon fiber during continuous detection . By cooperating with software for intelligent recognition of image posture, it ensures that different operators can obtain the same detection results during detection .
Multi task
Generate different repeatable testing tasks based on different materials or line sequences. After selecting a task, quickly call up the corresponding sample. For 24 cores, you can name them with the same name and different number endings. You can quickly switch tasks and start testing using the numeric keys on the mini keyboard.
Visualized results
Compared with the standard sample graph, it is convenient for users to intuitively vie w the position of line sequence errors .
Rich auxiliary detections
Based on the actual situation of different customers, we provide various special process detection methods, including: width detection to avoid excessive or insufficient fibers, edge detection to avoid misdetection after glue overflow, tape detection to avoid misdetection of tape shadows, single side detection to avoid directional errors, and ignoring color to adapt to circular tape fiber applications.
Humanized operating experience
Support direct detection of both sides, real-time detection without triggering external switches, automatic voice prompt detection results, single detection time of only 0.2 seconds, and normal matching of personnel operation rhythm.
Specification