TThe transmission wheel connects to the belt of the laminating machine press to transmit power. The laminated paper is divided by the transmission wheel and synchronous belt, falling onto the lower paper push table. When the set number of sheets is reached, the paper separation rod lifts to separate the paper. This precise mechanism ensures efficient and accurate paper handling, enhancing the overall productivity of the laminating process. Designed for seamless integration, this system minimizes manual intervention and optimizes workflow, making it an essential component in high-speed lamination operations.

The cylinder drives the two push claws to move forward, pushing a set number of sheets of paper into the turning mechanism. This automated system ensures precise and efficient paper handling, reducing manual labor and enhancing the productivity of the paper turning and stacking process. Designed for seamless integration, the cylinder-driven push claws work in harmony with the turning mechanism to streamline workflow and maintain consistent paper quality. This advanced setup is essential for optimizing performance in high-speed paper processing operations.

The automatic clamping system ensures that the front and back of the paper are stacked neatly and precisely, resulting in a flat, stiff, and well-mounted product that prevents glue from opening. This meticulous stacking process enhances the quality and integrity of the laminated sheets, making them more conducive to subsequent production stages. By automating the clamping and stacking, this system significantly improves workflow efficiency, reduces manual labor, and maintains consistent product quality in high-speed lamination operations.

The motor drives the chain, which in turn moves the push-up plate forward and backward, pushing the rising stack of paper into the delivery table for stacking. This automated mechanism ensures precise and efficient paper handling, significantly reducing manual labor and enhancing productivity in the paper stacking process. Designed for seamless integration, the motor-driven chain system maintains consistent paper quality and optimizes workflow, making it an essential component in high-speed paper processing operations.

The reciprocating motion of the four-sided splint ensures that the received paper is slapped on all four sides and straightened, maintaining neatness in the delivery. This mechanism effectively aligns the paper, enhancing the overall quality of the stack and streamlining the paper handling process. By automating the alignment and straightening, the system reduces manual adjustments and improves the efficiency of paper delivery operations. This advanced feature is crucial for achieving precise and orderly stacking, contributing to a more efficient workflow and superior product presentation.

Designed to meet European CE standards, the machine ensures stability, high efficiency, and low failure rates. The man-machine interface, integrated with PLC, features a well-designed program that allows operations to be completed with a single key press. Additionally, the system offers automatic fault detection, enhancing operational reliability and minimizing downtime. This advanced setup not only adheres to industry standards but also streamlines user interaction and maintenance, contributing to a more efficient and dependable machine performance.

When the paper stack reaches a height of 1.7 meters, the delivery table automatically lowers, and the entire stack is pulled out by a hydraulic truck. Simultaneously, the auxiliary delivery table intervenes to ensure continuous, uninterrupted paper delivery. This automated process enhances operational efficiency by streamlining paper handling and reducing manual intervention, ensuring a smooth and efficient workflow in high-volume paper processing operations.