The raw paper logistics system (PLS-D7) is an automated logistics system designed for the storage, handling, distribution and management of raw paper (such as roll paper, cardboard, etc.). The system is widely used in papermaking, packaging, printing and other industries, aiming to improve the management efficiency of raw paper materials and the automation level of logistics process.
A、The automatic control system of feeder system can be connected to production management system and ERP system, conveying the paper rolls to the assigned position of corrugator through chain-plate conveyor and turntable, etc.
B、The releasersystem automatically detects the paper rolls released from corrugator, and the chain-plate conveyor can start automatically and convey paper rolls to the assigned position.
C、The weighing system can be connected to releaser system as well as ERP system, and input the weight of remained paper rolls into ERP system automatically,so that you can master the consumptiondata of paperrolls simultaneously.
The raw paper logistics system (PLS-D7) is an automated logistics system designed for the storage, handling, distribution and management of raw paper (such as roll paper, cardboard, etc.). The system is widely used in papermaking, packaging, printing and other industries, aiming to improve the management efficiency of raw paper materials and the automation level of logistics process.
The following are the main features and functions that may be included in the raw paper logistics system (PLS-D7):
Automated storage: The system is usually equipped with automated warehouses or shelves for storing large amounts of base paper materials. These shelves can be adjusted as needed to accommodate different sizes and weights of base paper.
Intelligent handling: the use of handling robots, stackers, forklifts and other automated equipment, the raw paper from the storage area to the production line or distributed to various points of use. These devices usually have precise positioning and navigation functions to ensure that materials can reach their destination accurately and quickly.
Intelligent identification: through RFID (radio frequency identification), bar code and other technologies, the system can automatically identify the batch, specification, quantity and other information of the base paper, and update the inventory data in real time. This helps reduce manual input errors and improve data accuracy.
Real-time monitoring: The system has real-time monitoring function, which can display the inventory status, handling progress, equipment operation status and other information of the base paper in real time. This enables managers to keep abreast of the operation of the logistics system, identify problems and take measures in a timely manner.
Optimized scheduling: The system optimizes the material handling and distribution process through algorithms to ensure that the base paper can be supplied to the production line in time when needed. This helps reduce production interruptions and wait times, increasing productivity.
Data analysis: The system can collect and analyze logistics data, such as handling times, inventory turnover, handling efficiency, etc. This data can help companies understand the performance of the logistics system and develop improvement strategies accordingly.
Integration and expansion: The base paper logistics system (PLS-D7) can usually be integrated with other management systems such as ERP (enterprise resource planning) and MES (manufacturing execution system) to realize data sharing and business collaboration. In addition, the system also has scalability, can be expanded and upgraded according to the needs of enterprises.
Safety and reliability: The system is designed with full consideration of safety and reliability factors, such as equipment protection, emergency shutdown function, data backup, etc. This ensures that the logistics system can maintain a stable and safe operating state during operation.
Through the raw paper logistics system (PLS-D7), enterprises can achieve efficient and accurate management of raw paper materials, improve production efficiency and reduce operating costs. At the same time, the system can also provide more accurate and timely logistics data support for enterprises, and help enterprises to formulate more scientific production and procurement plans.
