Unconventional cigarettes come in a wide variety of shapes and sizes. Due to long-distance conveyance, there is uncertainty in the angles, order of arrangement, and orientation of cigarette boxes.
Unconventional cigarettes vary significantly in height and dimensions, and the reflective nature of thin plastic film poses challenges in illuminating and distinguishing between 300 to 600 different types of cigarettes.
Each order requires a different arrangement of unconventional cigarettes, making it challenging to use traditional stacking algorithms effectively for the stacking of these types of cigarettes.
The traditional transmission process of irregular cigarettes cannot achieve the confirmation and tracking of correct order information, resulting in a large number of sorting errors that cause a large number of orders to be returned to the factory for unpacking;
Traditional manual sorting systems require a large amount of manpower and time, while automatic sorting systems can automatically complete sorting work through robots, improving sorting speed and accuracy. This not only reduces labor costs, but also improves production efficiency, making enterprises more flexible in responding to market demands.
Manual sorting systems are prone to omissions and errors, while automatic sorting systems can ensure product quality and accuracy through high-precision sensors and computer algorithms. This can reduce product wear and quality issues, improve product consistency and quality, and increase consumer trust and loyalty.
In traditional manual sorting systems, it is easy to encounter safety issues caused by human factors, such as accidents caused by theft or misoperation by employees during the sorting process. The automatic sorting system can ensure the safety and stability of products through high-precision computer algorithms and security control systems. This can reduce the risks and losses of the enterprise, increase its reputation and competitive advantage.
Traditional manual sorting systems require a large amount of energy and resources, while automatic sorting systems can reduce carbon emissions and environmental pollution for enterprises by optimizing sorting processes and saving energy. This not only reduces the environmental costs of enterprises, but also enhances their social image and brand value.
Traditional manual sorting systems require a large amount of manpower and time, while automatic sorting systems can automatically complete sorting work through robots, improving sorting speed and accuracy. This not only reduces labor costs, but also improves production efficiency, making enterprises more flexible in responding to market demands.
Manual sorting systems are prone to omissions and errors, while automatic sorting systems can ensure product quality and accuracy through high-precision sensors and computer algorithms. This can reduce product wear and quality issues, improve product consistency and quality, and increase consumer trust and loyalty.
In traditional manual sorting systems, it is easy to encounter safety issues caused by human factors, such as accidents caused by theft or misoperation by employees during the sorting process. The automatic sorting system can ensure the safety and stability of products through high-precision computer algorithms and security control systems. This can reduce the risks and losses of the enterprise, increase its reputation and competitive advantage.
Traditional manual sorting systems require a large amount of energy and resources, while automatic sorting systems can reduce carbon emissions and environmental pollution for enterprises by optimizing sorting processes and saving energy. This not only reduces the environmental costs of enterprises, but also enhances their social image and brand value.
Traditional manual sorting systems require a large amount of manpower and time, while automatic sorting systems can automatically complete sorting work through robots, improving sorting speed and accuracy. This not only reduces labor costs, but also improves production efficiency, making enterprises more flexible in responding to market demands.
Manual sorting systems are prone to omissions and errors, while automatic sorting systems can ensure product quality and accuracy through high-precision sensors and computer algorithms. This can reduce product wear and quality issues, improve product consistency and quality, and increase consumer trust and loyalty.
In traditional manual sorting systems, it is easy to encounter safety issues caused by human factors, such as accidents caused by theft or misoperation by employees during the sorting process. The automatic sorting system can ensure the safety and stability of products through high-precision computer algorithms and security control systems. This can reduce the risks and losses of the enterprise, increase its reputation and competitive advantage.
Traditional manual sorting systems require a large amount of energy and resources, while automatic sorting systems can reduce carbon emissions and environmental pollution for enterprises by optimizing sorting processes and saving energy. This not only reduces the environmental costs of enterprises, but also enhances their social image and brand value.
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