In the production process of cigarettes and filter rods, the automatic sampling system can capture the finished products online in real time. By utilizing precise mechanical structures and automated control systems, samples are accurately captured from the continuously transported sample stream, effectively reducing the discreteness and lag present in traditional manual sampling. The sampled samples can be transported to the testing station at a long distance, and through integrated analysis modules, the physical characteristics of cigarettes and filter rods (such as weight, length, circumference, diameter, suction resistance, pressure drop, breathability, hardness, moisture content, etc.) can be comprehensively tested. The detection data is uploaded in real-time to the control system, generating detailed quality analysis reports and comparing them with preset standard parameters. Once any abnormalities are detected, an alarm can be triggered immediately, and the processing parameters on the production line can be adjusted in a timely manner to ensure the stability and consistency of the finished product quality.

In terms of finished product quality monitoring, the system can conduct online sampling of finished product quality to ensure that the intrinsic quality of each batch of products meets national standards and enterprise requirements. Its application not only improves the automation level and detection efficiency of the tobacco production process, but also significantly reduces human errors, laying a solid foundation for the intelligent and refined management of the tobacco industry.