Processors and consumers alike hope that tobacco has no foreign objects. However, even the most advanced agricultural measures do not guarantee the complete elimination of non-smoke foreign bodies (NTRM) in the product. Therefore, tobacco sorting is essential!
Optical Sorting tobacco is vital
Zhongke is committed to completely eliminating impurities from various tobacco products such as Oriental, Virginia and Burley. This requires the use of innovative technologies and equipment in a variety of tobacco processing processes and provides tobacco customers with advice on the complete line of tobacco processing. Even if the most effective quality production specifications (GAMP) are followed, impurities such as feathers, silkworm cocoons, weeds, candy wrappers, or fibers peeled off from fertilizer bags cannot be completely avoided. Therefore, the selection of tobacco sorting technology is essential to ensure the purity of the final tobacco product.
Through long-term focused research and development, Zhongke has developed into a leader in the sensing separation solution for the tobacco industry. We have developed a variety of sensing technologies as well as high-speed imaging and data processing systems.
Zhongke provides sorting solutions for a variety of tobaccos, including tobacco whole leaves, flakes, stems, oriental tobacco and other types of tobacco and different types of cigarette cores.
Cost-effective customized tobacco sorting solution
Zhongke can detect tobacco products in free fall, on conveyor belts, in flight, and even in airflow. The combination of multiple technologies allows Zhongke to offer tailor-made, state-of-the-art, cost-effective sorting solutions for the efficient removal of foreign objects from fresh tobacco to the final production of the final product.
1. Autonomous original calculation and super brain intelligent recognition
Powerful autonomous original computational processing technology and multi-dimensional and multi-space large-scale operation, combined with super-brain intelligent recognition, using image recognition machine learning algorithm to correct and improve distortion and distortion caused by optical errors in image acquisition process, and realize color selection adaptive Calculation, to meet the high-precision sorting requirements.
2. Light source intelligent control dimming system
The advanced digital stepless automatic dimming technology can automatically match the optimal brightness according to the material selection requirements and environmental changes, fully ensuring the color selection effect.
3, independent sorting mode
One stage and two stages can be set independently for color sorting or shape sorting, or can be independently set to select and select any combination mode. The third stage provides a sorting mode scheme. Different needs, free combination, optional.
4, V-type sorting structure
The wastes sorted by the pre-separation box can be sorted by the post-selection box, and the finished product and the net stem can be sorted once, the color selection precision is higher, the breakage rate is lower, and the operation is more convenient.